Page 1

Student ID: 490, P-Value: 9.12e-05

Nearest Neighbor ID: 79

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1,my_flower2,my_flower3]7my_list = [my_flower1,my_flower2,my_flower3]
8your_list = [your_flower1,your_flower2]8your_list = [your_flower1,your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[our_list.index(my_flower2)] = their_flower13our_list[our_list.index(my_flower2)] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.remove(our_list[1])17our_list.remove(our_list[1])
n18print(our_list)n18print(our_list)my_fruit1 = input()
19my_fruit1 = input()
20my_fruit2 = input()19my_fruit2 = input()
21my_fruit3 = input()20my_fruit3 = input()
22your_fruit1 = input()21your_fruit1 = input()
23your_fruit2 = input()22your_fruit2 = input()
24their_fruit = input()23their_fruit = input()
n25fruits={my_fruit1,my_fruit2,my_fruit3}n24fruits = {my_fruit1,my_fruit2,my_fruit3}
26print(sorted(fruits))25print(sorted(fruits))
27fruits.add(your_fruit1)26fruits.add(your_fruit1)
28fruits.add(your_fruit2)27fruits.add(your_fruit2)
29print(sorted(fruits))28print(sorted(fruits))
30fruits.add(their_fruit)29fruits.add(their_fruit)
31print(sorted(fruits))30print(sorted(fruits))
32fruits.add(your_fruit1)31fruits.add(your_fruit1)
33print(sorted(fruits))32print(sorted(fruits))
34fruits.remove(my_fruit1)33fruits.remove(my_fruit1)
t35print(sorted(fruits))t34print(sorted(fruits))par = int(input())
36par = int(input())
37strokes = int(input())35strokes = int(input())
38if par == 3 or par == 4 or par == 5:36if par == 3 or par == 4 or par == 5:
39    if strokes - par == -2:37    if strokes - par == -2:
40        print("Eagle")38        print("Eagle")
41    elif strokes - par == -1:39    elif strokes - par == -1:
42        print("Birdie")40        print("Birdie")
43    elif strokes - par == 0:41    elif strokes - par == 0:
44        print("Par")42        print("Par")
45    elif strokes - par == 1:43    elif strokes - par == 1:
46        print("Bogey")44        print("Bogey")
47    else:45    else:
48        print("Error")46        print("Error")
49else:47else:
50    print("Error")48    print("Error")
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Page 2

Student ID: 79, P-Value: 9.12e-05

Nearest Neighbor ID: 490

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1,my_flower2,my_flower3]7my_list = [my_flower1,my_flower2,my_flower3]
8your_list = [your_flower1,your_flower2]8your_list = [your_flower1,your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[our_list.index(my_flower2)] = their_flower13our_list[our_list.index(my_flower2)] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.remove(our_list[1])17our_list.remove(our_list[1])
n18print(our_list)my_fruit1 = input()n18print(our_list)
19my_fruit1 = input()
19my_fruit2 = input()20my_fruit2 = input()
20my_fruit3 = input()21my_fruit3 = input()
21your_fruit1 = input()22your_fruit1 = input()
22your_fruit2 = input()23your_fruit2 = input()
23their_fruit = input()24their_fruit = input()
n24fruits = {my_fruit1,my_fruit2,my_fruit3}n25fruits={my_fruit1,my_fruit2,my_fruit3}
25print(sorted(fruits))26print(sorted(fruits))
26fruits.add(your_fruit1)27fruits.add(your_fruit1)
27fruits.add(your_fruit2)28fruits.add(your_fruit2)
28print(sorted(fruits))29print(sorted(fruits))
29fruits.add(their_fruit)30fruits.add(their_fruit)
30print(sorted(fruits))31print(sorted(fruits))
31fruits.add(your_fruit1)32fruits.add(your_fruit1)
32print(sorted(fruits))33print(sorted(fruits))
33fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
t34print(sorted(fruits))par = int(input())t35print(sorted(fruits))
36par = int(input())
35strokes = int(input())37strokes = int(input())
36if par == 3 or par == 4 or par == 5:38if par == 3 or par == 4 or par == 5:
37    if strokes - par == -2:39    if strokes - par == -2:
38        print("Eagle")40        print("Eagle")
39    elif strokes - par == -1:41    elif strokes - par == -1:
40        print("Birdie")42        print("Birdie")
41    elif strokes - par == 0:43    elif strokes - par == 0:
42        print("Par")44        print("Par")
43    elif strokes - par == 1:45    elif strokes - par == 1:
44        print("Bogey")46        print("Bogey")
45    else:47    else:
46        print("Error")48        print("Error")
47else:49else:
48    print("Error")50    print("Error")
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Page 3

Student ID: 495, P-Value: 1.42e-04

Nearest Neighbor ID: 79

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1,my_flower2,my_flower3]7my_list = [my_flower1,my_flower2,my_flower3]
8your_list = [your_flower1,your_flower2]8your_list = [your_flower1,your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[our_list.index(my_flower2)] = their_flower13our_list[our_list.index(my_flower2)] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.remove(our_list[1])17our_list.remove(our_list[1])
n18print(our_list)n18print(our_list)my_fruit1 = input()
19my_fruit1 = input()
20my_fruit2 = input()19my_fruit2 = input()
21my_fruit3 = input()20my_fruit3 = input()
22your_fruit1 = input()21your_fruit1 = input()
23your_fruit2 = input()22your_fruit2 = input()
24their_fruit = input()23their_fruit = input()
t25fruits = {my_fruit1, my_fruit2, my_fruit3}t24fruits = {my_fruit1,my_fruit2,my_fruit3}
26print(sorted(fruits))25print(sorted(fruits))
27fruits.add(your_fruit1)26fruits.add(your_fruit1)
28fruits.add(your_fruit2)27fruits.add(your_fruit2)
29print(sorted(fruits))28print(sorted(fruits))
30fruits.add(their_fruit)29fruits.add(their_fruit)
31print(sorted(fruits))30print(sorted(fruits))
32fruits.add(your_fruit1)31fruits.add(your_fruit1)
33print(sorted(fruits))32print(sorted(fruits))
34fruits.remove(my_fruit1)33fruits.remove(my_fruit1)
35print(sorted(fruits))par = int(input())34print(sorted(fruits))par = int(input())
36strokes = int(input())35strokes = int(input())
37if par == 3 or par == 4 or par == 5:36if par == 3 or par == 4 or par == 5:
38    if strokes - par == -2:37    if strokes - par == -2:
39        print("Eagle")38        print("Eagle")
40    elif strokes - par == -1:39    elif strokes - par == -1:
41        print("Birdie")40        print("Birdie")
42    elif strokes - par == 0:41    elif strokes - par == 0:
43        print("Par")42        print("Par")
44    elif strokes - par == 1:43    elif strokes - par == 1:
45        print("Bogey")44        print("Bogey")
46    else:45    else:
47        print("Error")46        print("Error")
48else:47else:
49    print("Error")48    print("Error")
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Page 4

Student ID: 140, P-Value: 1.44e-03

Nearest Neighbor ID: 495

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1,my_flower2,my_flower3]7my_list = [my_flower1,my_flower2,my_flower3]
8your_list = [your_flower1,your_flower2]8your_list = [your_flower1,your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[our_list.index(my_flower2)] = their_flower13our_list[our_list.index(my_flower2)] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.remove(our_list[1])17our_list.remove(our_list[1])
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
n25fruits = {my_fruit1,my_fruit2,my_fruit3}n25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
nn32fruits.add(your_fruit1)
32print(sorted(fruits))33print(sorted(fruits))
33fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
n34print(sorted(fruits))n35print(sorted(fruits))par = int(input())
35par = int(input())
36strokes = int(input())36strokes = int(input())
37if par == 3 or par == 4 or par == 5:37if par == 3 or par == 4 or par == 5:
38    if strokes - par == -2:38    if strokes - par == -2:
39        print("Eagle")39        print("Eagle")
40    elif strokes - par == -1:40    elif strokes - par == -1:
41        print("Birdie")41        print("Birdie")
42    elif strokes - par == 0:42    elif strokes - par == 0:
43        print("Par")43        print("Par")
44    elif strokes - par == 1:44    elif strokes - par == 1:
45        print("Bogey")45        print("Bogey")
46    else:46    else:
t47        print("Erro")t47        print("Error")
48else:48else:
49    print("Error")49    print("Error")
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Page 5

Student ID: 273, P-Value: 1.75e-03

Nearest Neighbor ID: 347

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list=[my_flower1,my_flower2,my_flower3]7my_list=[my_flower1,my_flower2,my_flower3]
8your_list=[your_flower1,your_flower2]8your_list=[your_flower1,your_flower2]
t9our_list=my_list+your_listt9our_list= my_list+your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1]=their_flower13our_list[1]=their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits=set([my_fruit1,my_fruit2,my_fruit3])25fruits=set([my_fruit1,my_fruit2,my_fruit3])
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
36par=int(input())36par=int(input())
37num=int(input())37num=int(input())
38if (par-num)==2 and 2<par<6:38if (par-num)==2 and 2<par<6:
39    print('Eagle')39    print('Eagle')
40elif (par-num)==1 and 2<par<6:40elif (par-num)==1 and 2<par<6:
41    print('Birdie')41    print('Birdie')
42elif (par-num)==0 and 2<par<6:42elif (par-num)==0 and 2<par<6:
43    print('Par')43    print('Par')
44elif (par-num)==-1 and 2<par<6:44elif (par-num)==-1 and 2<par<6:
45    print('Bogey')45    print('Bogey')
46else:46else:
47    print('Error')47    print('Error')
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Page 6

Student ID: 347, P-Value: 1.75e-03

Nearest Neighbor ID: 273

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list=[my_flower1,my_flower2,my_flower3]7my_list=[my_flower1,my_flower2,my_flower3]
8your_list=[your_flower1,your_flower2]8your_list=[your_flower1,your_flower2]
t9our_list= my_list+your_listt9our_list=my_list+your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1]=their_flower13our_list[1]=their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits=set([my_fruit1,my_fruit2,my_fruit3])25fruits=set([my_fruit1,my_fruit2,my_fruit3])
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
36par=int(input())36par=int(input())
37num=int(input())37num=int(input())
38if (par-num)==2 and 2<par<6:38if (par-num)==2 and 2<par<6:
39    print('Eagle')39    print('Eagle')
40elif (par-num)==1 and 2<par<6:40elif (par-num)==1 and 2<par<6:
41    print('Birdie')41    print('Birdie')
42elif (par-num)==0 and 2<par<6:42elif (par-num)==0 and 2<par<6:
43    print('Par')43    print('Par')
44elif (par-num)==-1 and 2<par<6:44elif (par-num)==-1 and 2<par<6:
45    print('Bogey')45    print('Bogey')
46else:46else:
47    print('Error')47    print('Error')
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Page 7

Student ID: 258, P-Value: 2.94e-03

Nearest Neighbor ID: 403

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1,my_flower2,my_flower3]7my_list = [my_flower1,my_flower2,my_flower3]
n8your_list = [your_flower1,your_flower2]n8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[our_list.index(my_flower2)] = their_flower13our_list[our_list.index(my_flower2)] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.remove(our_list[1])17our_list.remove(our_list[1])
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
t25fruits= set([my_fruit1, my_fruit2, my_fruit3])t25fruits = set([my_fruit1, my_fruit2, my_fruit3])
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
36par_allowed = (3, 4, 5)36par_allowed = (3, 4, 5)
37par = int(input())37par = int(input())
38strokes = int(input())38strokes = int(input())
39if par in par_allowed:39if par in par_allowed:
40    if par == strokes:40    if par == strokes:
41        print('Par')41        print('Par')
42    elif par - 2 == strokes:42    elif par - 2 == strokes:
43        print('Eagle')43        print('Eagle')
44    elif par -1 == strokes:44    elif par -1 == strokes:
45        print('Birdie')45        print('Birdie')
46    elif par + 1 == strokes:46    elif par + 1 == strokes:
47        print('Bogey')47        print('Bogey')
48else:48else:
49    print('Error')49    print('Error')
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Page 8

Student ID: 403, P-Value: 2.94e-03

Nearest Neighbor ID: 258

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1,my_flower2,my_flower3]7my_list = [my_flower1,my_flower2,my_flower3]
n8your_list = [your_flower1, your_flower2]n8your_list = [your_flower1,your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[our_list.index(my_flower2)] = their_flower13our_list[our_list.index(my_flower2)] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.remove(our_list[1])17our_list.remove(our_list[1])
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
t25fruits = set([my_fruit1, my_fruit2, my_fruit3])t25fruits= set([my_fruit1, my_fruit2, my_fruit3])
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
36par_allowed = (3, 4, 5)36par_allowed = (3, 4, 5)
37par = int(input())37par = int(input())
38strokes = int(input())38strokes = int(input())
39if par in par_allowed:39if par in par_allowed:
40    if par == strokes:40    if par == strokes:
41        print('Par')41        print('Par')
42    elif par - 2 == strokes:42    elif par - 2 == strokes:
43        print('Eagle')43        print('Eagle')
44    elif par -1 == strokes:44    elif par -1 == strokes:
45        print('Birdie')45        print('Birdie')
46    elif par + 1 == strokes:46    elif par + 1 == strokes:
47        print('Bogey')47        print('Bogey')
48else:48else:
49    print('Error')49    print('Error')
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Page 9

Student ID: 217, P-Value: 3.91e-03

Nearest Neighbor ID: 79

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
n4my_list = [my_flower1, my_flower2, my_flower3]n
5your_flower1 = input()4your_flower1 = input()
6your_flower2 = input()5your_flower2 = input()
n7your_list = [your_flower1, your_flower2]n
8their_flower = input()6their_flower = input()
nn7my_list = [my_flower1,my_flower2,my_flower3]
8your_list = [your_flower1,your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[our_list.index(my_flower2)] = their_flower13our_list[our_list.index(my_flower2)] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.remove(our_list[1])17our_list.remove(our_list[1])
n18print(our_list)n18print(our_list)my_fruit1 = input()
19my_fruit1 = input()
20my_fruit2 = input()19my_fruit2 = input()
21my_fruit3 = input()20my_fruit3 = input()
22your_fruit1 = input()21your_fruit1 = input()
23your_fruit2 = input()22your_fruit2 = input()
24their_fruit = input()23their_fruit = input()
n25fruits = {my_fruit1, my_fruit3, my_fruit2}n24fruits = {my_fruit1,my_fruit2,my_fruit3}
26print(sorted(fruits))25print(sorted(fruits))
27fruits.add(your_fruit1)26fruits.add(your_fruit1)
28fruits.add(your_fruit2)27fruits.add(your_fruit2)
29print(sorted(fruits))28print(sorted(fruits))
30fruits.add(their_fruit)29fruits.add(their_fruit)
31print(sorted(fruits))30print(sorted(fruits))
32fruits.add(your_fruit1)31fruits.add(your_fruit1)
33print(sorted(fruits))32print(sorted(fruits))
34fruits.remove(my_fruit1)33fruits.remove(my_fruit1)
t35print(sorted(fruits))t34print(sorted(fruits))par = int(input())
36par = int(input())
37strokes = int(input())35strokes = int(input())
38if par == 3 or par == 4 or par == 5:36if par == 3 or par == 4 or par == 5:
39    if strokes - par == -2:37    if strokes - par == -2:
40        print("Eagle")38        print("Eagle")
41    elif strokes - par == -1:39    elif strokes - par == -1:
42        print("Birdie")40        print("Birdie")
43    elif strokes - par == 0:41    elif strokes - par == 0:
44        print("Par")42        print("Par")
45    elif strokes - par == 1:43    elif strokes - par == 1:
46        print("Bogey")44        print("Bogey")
47    else:45    else:
48        print("Error")46        print("Error")
49else:47else:
50    print("Error")48    print("Error")
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Page 10

Student ID: 224, P-Value: 4.13e-03

Nearest Neighbor ID: 123

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
n13our_list[our_list.index(my_flower2)] = their_flowern13our_list[our_list.index(my_flower2)]=their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.remove(our_list[1])17our_list.remove(our_list[1])
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
n27fruits.add (your_fruit1)n27fruits.add(your_fruit1)
28fruits.add (your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
n30fruits.add (their_fruit)n30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
n32fruits.add (your_fruit1)n32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
n34fruits.remove (my_fruit1)n34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
36par_allowed = (3, 4, 5)36par_allowed = (3, 4, 5)
t37par = int(input(""))t37par = int(input())
38strokes = int(input(""))38strokes = int(input())
39if par in par_allowed:39if par in par_allowed:
40    if par == strokes:40    if par == strokes:
41        print('Par')41        print('Par')
42    elif par - 2 == strokes:42    elif par - 2 == strokes:
43        print('Eagle')43        print('Eagle')
44    elif par -1 == strokes:44    elif par -1 == strokes:
45        print('Birdie')45        print('Birdie')
46    elif par + 1 == strokes:46    elif par + 1 == strokes:
47        print('Bogey')47        print('Bogey')
48else:48else:
49    print('Error')49    print('Error')
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Page 11

Student ID: 123, P-Value: 4.13e-03

Nearest Neighbor ID: 224

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
n13our_list[our_list.index(my_flower2)]=their_flowern13our_list[our_list.index(my_flower2)] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.remove(our_list[1])17our_list.remove(our_list[1])
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
n27fruits.add(your_fruit1)n27fruits.add (your_fruit1)
28fruits.add(your_fruit2)28fruits.add (your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
n30fruits.add(their_fruit)n30fruits.add (their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
n32fruits.add(your_fruit1)n32fruits.add (your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
n34fruits.remove(my_fruit1)n34fruits.remove (my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
36par_allowed = (3, 4, 5)36par_allowed = (3, 4, 5)
t37par = int(input())t37par = int(input(""))
38strokes = int(input())38strokes = int(input(""))
39if par in par_allowed:39if par in par_allowed:
40    if par == strokes:40    if par == strokes:
41        print('Par')41        print('Par')
42    elif par - 2 == strokes:42    elif par - 2 == strokes:
43        print('Eagle')43        print('Eagle')
44    elif par -1 == strokes:44    elif par -1 == strokes:
45        print('Birdie')45        print('Birdie')
46    elif par + 1 == strokes:46    elif par + 1 == strokes:
47        print('Bogey')47        print('Bogey')
48else:48else:
49    print('Error')49    print('Error')
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Page 12

Student ID: 170, P-Value: 5.57e-03

Nearest Neighbor ID: 123

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
n13our_list[our_list.index(my_flower2)] = their_flowern13our_list[our_list.index(my_flower2)]=their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.remove(our_list[1])17our_list.remove(our_list[1])
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
36par_allowed = (3, 4, 5)36par_allowed = (3, 4, 5)
37par = int(input())37par = int(input())
n38number_strokes = int(input())n38strokes = int(input())
39if par in par_allowed:39if par in par_allowed:
n40    if par == number_strokes:n40    if par == strokes:
41        print('Par')41        print('Par')
n42    elif par - 2 == number_strokes:n42    elif par - 2 == strokes:
43        print('Eagle')43        print('Eagle')
n44    elif par - 1 == number_strokes:n44    elif par -1 == strokes:
45        print('Birdie')45        print('Birdie')
t46    elif par + 1 == number_strokes:t46    elif par + 1 == strokes:
47        print('Bogey')47        print('Bogey')
48else:48else:
49    print('Error')49    print('Error')
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Page 13

Student ID: 318, P-Value: 5.72e-03

Nearest Neighbor ID: 123

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
n7my_list = [my_flower1,my_flower2,my_flower3]n7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1,your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
n13our_list[our_list.index(my_flower2)] = their_flowern13our_list[our_list.index(my_flower2)]=their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.remove(our_list[1])17our_list.remove(our_list[1])
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
t36par_allowed = (3,4,5)t36par_allowed = (3, 4, 5)
37par = int(input())37par = int(input())
38strokes = int(input())38strokes = int(input())
39if par in par_allowed:39if par in par_allowed:
40    if par == strokes:40    if par == strokes:
41        print('Par')41        print('Par')
42    elif par - 2 == strokes:42    elif par - 2 == strokes:
43        print('Eagle')43        print('Eagle')
44    elif par -1 == strokes:44    elif par -1 == strokes:
45        print('Birdie')45        print('Birdie')
46    elif par + 1 == strokes:46    elif par + 1 == strokes:
47        print('Bogey')47        print('Bogey')
48else:48else:
49    print('Error')49    print('Error')
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Page 14

Student ID: 162, P-Value: 6.18e-03

Nearest Neighbor ID: 434

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
n8your_list = [your_flower1, your_flower2]n8your_list = [your_flower1,your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
n13our_list[1] = their_flowern13our_list[1]=their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
n18print(our_list)n18print(our_list)my_fruit1 = input()
19my_fruit1 = input()
20my_fruit2 = input()19my_fruit2 = input()
21my_fruit3 = input()20my_fruit3 = input()
22your_fruit1 = input()21your_fruit1 = input()
23your_fruit2 = input()22your_fruit2 = input()
24their_fruit = input()23their_fruit = input()
t25fruits ={my_fruit1, my_fruit2,my_fruit3}t24fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))25print(sorted(fruits))
27fruits.add(your_fruit1)26fruits.add(your_fruit1)
28fruits.add(your_fruit2)27fruits.add(your_fruit2)
29print(sorted(fruits))28print(sorted(fruits))
30fruits.add(their_fruit)29fruits.add(their_fruit)
31print(sorted(fruits))30print(sorted(fruits))
32fruits.add(your_fruit1)31fruits.add(your_fruit1)
33print(sorted(fruits))32print(sorted(fruits))
34fruits.remove(my_fruit1)33fruits.remove(my_fruit1)
35print(sorted(fruits))par_allowed = (3, 4, 5)34print(sorted(fruits))par_allowed = (3, 4, 5)
36par = int(input())35par = int(input())
37strokes = int(input())36strokes = int(input())
38if par in par_allowed:37if par in par_allowed:
39    if par == strokes:38    if par == strokes:
40        print('Par')39        print('Par')
41    elif par - 2 == strokes:40    elif par - 2 == strokes:
42        print('Eagle')41        print('Eagle')
43    elif par -1 == strokes:42    elif par -1 == strokes:
44        print('Birdie')43        print('Birdie')
45    elif par + 1 == strokes:44    elif par + 1 == strokes:
46        print('Bogey')45        print('Bogey')
47else:46else:
48    print('Error')47    print('Error')
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Page 15

Student ID: 434, P-Value: 6.18e-03

Nearest Neighbor ID: 162

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
n8your_list = [your_flower1,your_flower2]n8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
n13our_list[1]=their_flowern13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
n18print(our_list)my_fruit1 = input()n18print(our_list)
19my_fruit1 = input()
19my_fruit2 = input()20my_fruit2 = input()
20my_fruit3 = input()21my_fruit3 = input()
21your_fruit1 = input()22your_fruit1 = input()
22your_fruit2 = input()23your_fruit2 = input()
23their_fruit = input()24their_fruit = input()
t24fruits = {my_fruit1, my_fruit2, my_fruit3}t25fruits ={my_fruit1, my_fruit2,my_fruit3}
25print(sorted(fruits))26print(sorted(fruits))
26fruits.add(your_fruit1)27fruits.add(your_fruit1)
27fruits.add(your_fruit2)28fruits.add(your_fruit2)
28print(sorted(fruits))29print(sorted(fruits))
29fruits.add(their_fruit)30fruits.add(their_fruit)
30print(sorted(fruits))31print(sorted(fruits))
31fruits.add(your_fruit1)32fruits.add(your_fruit1)
32print(sorted(fruits))33print(sorted(fruits))
33fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
34print(sorted(fruits))par_allowed = (3, 4, 5)35print(sorted(fruits))par_allowed = (3, 4, 5)
35par = int(input())36par = int(input())
36strokes = int(input())37strokes = int(input())
37if par in par_allowed:38if par in par_allowed:
38    if par == strokes:39    if par == strokes:
39        print('Par')40        print('Par')
40    elif par - 2 == strokes:41    elif par - 2 == strokes:
41        print('Eagle')42        print('Eagle')
42    elif par -1 == strokes:43    elif par -1 == strokes:
43        print('Birdie')44        print('Birdie')
44    elif par + 1 == strokes:45    elif par + 1 == strokes:
45        print('Bogey')46        print('Bogey')
46else:47else:
47    print('Error')48    print('Error')
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Page 16

Student ID: 384, P-Value: 6.85e-03

Nearest Neighbor ID: 162

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
n7my_list=[my_flower1, my_flower2, my_flower3]n7my_list = [my_flower1, my_flower2, my_flower3]
8your_list =[your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
n25fruits = {my_fruit1, my_fruit2, my_fruit3}n25fruits ={my_fruit1, my_fruit2,my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
t35print(sorted(fruits))t35print(sorted(fruits))par_allowed = (3, 4, 5)
36par_allowed = (3, 4, 5)
37par = int(input())36par = int(input())
38strokes = int(input())37strokes = int(input())
39if par in par_allowed:38if par in par_allowed:
40    if par == strokes:39    if par == strokes:
41        print('Par')40        print('Par')
42    elif par - 2 == strokes:41    elif par - 2 == strokes:
43        print('Eagle')42        print('Eagle')
44    elif par -1 == strokes:43    elif par -1 == strokes:
45        print('Birdie')44        print('Birdie')
46    elif par + 1 == strokes:45    elif par + 1 == strokes:
47        print('Bogey')46        print('Bogey')
48else:47else:
49    print('Error')48    print('Error')
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Page 17

Student ID: 77, P-Value: 7.58e-03

Nearest Neighbor ID: 79

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1,my_flower2,my_flower3]7my_list = [my_flower1,my_flower2,my_flower3]
8your_list = [your_flower1,your_flower2]8your_list = [your_flower1,your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[our_list.index(my_flower2)] = their_flower13our_list[our_list.index(my_flower2)] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.remove(our_list[1])17our_list.remove(our_list[1])
n18print(our_list)n18print(our_list)my_fruit1 = input()
19my_fruit1 = input()
20my_fruit2 = input()19my_fruit2 = input()
21my_fruit3 = input()20my_fruit3 = input()
22your_fruit1 = input()21your_fruit1 = input()
23your_fruit2 = input()22your_fruit2 = input()
24their_fruit = input()23their_fruit = input()
25fruits = {my_fruit1,my_fruit2,my_fruit3}24fruits = {my_fruit1,my_fruit2,my_fruit3}
26print(sorted(fruits))25print(sorted(fruits))
27fruits.add(your_fruit1)26fruits.add(your_fruit1)
28fruits.add(your_fruit2)27fruits.add(your_fruit2)
29print(sorted(fruits))28print(sorted(fruits))
30fruits.add(their_fruit)29fruits.add(their_fruit)
31print(sorted(fruits))30print(sorted(fruits))
32fruits.add(your_fruit1)31fruits.add(your_fruit1)
33print(sorted(fruits))32print(sorted(fruits))
34fruits.remove(my_fruit1)33fruits.remove(my_fruit1)
n35print(sorted(fruits))n34print(sorted(fruits))par = int(input())
36par = int(input())
37strokes = int(input())35strokes = int(input())
n38if par==3 or par==4 or par==5:n36if par == 3 or par == 4 or par == 5:
39    if strokes-par==-2:37    if strokes - par == -2:
40        print("Eagle")38        print("Eagle")
41    elif strokes - par == -1:39    elif strokes - par == -1:
42        print("Birdie")40        print("Birdie")
n43    elif strokes-par == 0:n41    elif strokes - par == 0:
44        print("Par")42        print("Par")
n45    elif strokes-par == 1:n43    elif strokes - par == 1:
46        print("Bogey")44        print("Bogey")
tt45    else:
46        print("Error")
47else:47else:
48    print("Error")48    print("Error")
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Page 18

Student ID: 450, P-Value: 1.22e-02

Nearest Neighbor ID: 378

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
n18print(our_list)n18print(our_list)my_fruit1 = input()
19my_fruit1 = input()
20my_fruit2 = input()19my_fruit2 = input()
21my_fruit3 = input()20my_fruit3 = input()
22your_fruit1 = input()21your_fruit1 = input()
23your_fruit2 = input()22your_fruit2 = input()
24their_fruit = input()23their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}24fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))25print(sorted(fruits))
27fruits.add(your_fruit1)26fruits.add(your_fruit1)
28fruits.add(your_fruit2)27fruits.add(your_fruit2)
29print(sorted(fruits))28print(sorted(fruits))
30fruits.add(their_fruit)29fruits.add(their_fruit)
31print(sorted(fruits))30print(sorted(fruits))
32fruits.add(your_fruit1)31fruits.add(your_fruit1)
33print(sorted(fruits))32print(sorted(fruits))
34fruits.remove(my_fruit1)33fruits.remove(my_fruit1)
35print(sorted(fruits))34print(sorted(fruits))
36par = int(input())35par = int(input())
37strokes = int(input())36strokes = int(input())
n38if par < 3 :n37if par != 3 and par != 4 and par != 5:
39    print("Error")
40elif par > 5:
41    print('Error')38    print('Error')
42elif strokes == (par - 2):39elif strokes == (par - 2):
43    print('Eagle')40    print('Eagle')
44elif strokes == (par - 1):41elif strokes == (par - 1):
45    print('Birdie')42    print('Birdie')
46elif strokes == par:43elif strokes == par:
47    print('Par')44    print('Par')
t48elif strokes par:t45elif strokes == (par + 1):
49    print('Bogey')46    print('Bogey')
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Page 19

Student ID: 378, P-Value: 1.22e-02

Nearest Neighbor ID: 450

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
n18print(our_list)my_fruit1 = input()n18print(our_list)
19my_fruit1 = input()
19my_fruit2 = input()20my_fruit2 = input()
20my_fruit3 = input()21my_fruit3 = input()
21your_fruit1 = input()22your_fruit1 = input()
22your_fruit2 = input()23your_fruit2 = input()
23their_fruit = input()24their_fruit = input()
24fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
25print(sorted(fruits))26print(sorted(fruits))
26fruits.add(your_fruit1)27fruits.add(your_fruit1)
27fruits.add(your_fruit2)28fruits.add(your_fruit2)
28print(sorted(fruits))29print(sorted(fruits))
29fruits.add(their_fruit)30fruits.add(their_fruit)
30print(sorted(fruits))31print(sorted(fruits))
31fruits.add(your_fruit1)32fruits.add(your_fruit1)
32print(sorted(fruits))33print(sorted(fruits))
33fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
34print(sorted(fruits))35print(sorted(fruits))
35par = int(input())36par = int(input())
36strokes = int(input())37strokes = int(input())
n37if par != 3 and par != 4 and par != 5:n38if par < 3 :
39    print("Error")
40elif par > 5:
38    print('Error')41    print('Error')
39elif strokes == (par - 2):42elif strokes == (par - 2):
40    print('Eagle')43    print('Eagle')
41elif strokes == (par - 1):44elif strokes == (par - 1):
42    print('Birdie')45    print('Birdie')
43elif strokes == par:46elif strokes == par:
44    print('Par')47    print('Par')
t45elif strokes == (par + 1):t48elif strokes par:
46    print('Bogey')49    print('Bogey')
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Page 20

Student ID: 64, P-Value: 1.63e-02

Nearest Neighbor ID: 217

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
nn4my_list = [my_flower1, my_flower2, my_flower3]
4your_flower1 = input()5your_flower1 = input()
5your_flower2 = input()6your_flower2 = input()
nn7your_list = [your_flower1, your_flower2]
6their_flower = input()8their_flower = input()
n7my_list= [my_flower1, my_flower2, my_flower3]n
8your_list= [your_flower1, your_flower2]
9our_list= my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
n13our_list[1] = their_flowern13our_list[our_list.index(my_flower2)] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
n17our_list.remove(my_flower3)n17our_list.remove(our_list[1])
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
n25fruits= {my_fruit1, my_fruit2, my_fruit3}n25fruits = {my_fruit1, my_fruit3, my_fruit2}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
36par = int(input())36par = int(input())
37strokes = int(input())37strokes = int(input())
t38if par == 3 or par  == 4 or par == 5:t38if par == 3 or par == 4 or par == 5:
39    if strokes - par == -2:39    if strokes - par == -2:
40        print("Eagle")40        print("Eagle")
41    elif strokes - par == -1:41    elif strokes - par == -1:
42        print("Birdie")42        print("Birdie")
43    elif strokes - par == 0:43    elif strokes - par == 0:
44        print("Par")44        print("Par")
45    elif strokes - par == 1:45    elif strokes - par == 1:
46        print("Bogey")46        print("Bogey")
47    else:47    else:
48        print("Error")48        print("Error")
49else:49else:
50    print("Error")50    print("Error")
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Page 21

Student ID: 7, P-Value: 1.74e-02

Nearest Neighbor ID: 123

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
n7my_list = [my_flower1 ,my_flower2 ,my_flower3]n7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
n13our_list[1] = their_flowern13our_list[our_list.index(my_flower2)]=their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.remove(our_list[1])17our_list.remove(our_list[1])
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
36par_allowed = (3, 4, 5)36par_allowed = (3, 4, 5)
t37par = int(input(""))t37par = int(input())
38strokes = int(input(""))38strokes = int(input())
39if par in par_allowed:39if par in par_allowed:
40    if par == strokes:40    if par == strokes:
41        print('Par')41        print('Par')
42    elif par - 2 == strokes:42    elif par - 2 == strokes:
43        print('Eagle')43        print('Eagle')
44    elif par -1 == strokes:44    elif par -1 == strokes:
45        print('Birdie')45        print('Birdie')
46    elif par + 1 == strokes:46    elif par + 1 == strokes:
47        print('Bogey')47        print('Bogey')
48else:48else:
49    print('Error')49    print('Error')
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Page 22

Student ID: 367, P-Value: 1.98e-02

Nearest Neighbor ID: 490

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1,my_flower2,my_flower3]7my_list = [my_flower1,my_flower2,my_flower3]
8your_list = [your_flower1,your_flower2]8your_list = [your_flower1,your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[our_list.index(my_flower2)] = their_flower13our_list[our_list.index(my_flower2)] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.remove(our_list[1])17our_list.remove(our_list[1])
n18print(our_list)my_fruit1 = input()n18print(our_list)
19my_fruit1 = input()
19my_fruit2 = input()20my_fruit2 = input()
20my_fruit3 = input()21my_fruit3 = input()
21your_fruit1 = input()22your_fruit1 = input()
22your_fruit2 = input()23your_fruit2 = input()
23their_fruit = input()24their_fruit = input()
24fruits={my_fruit1,my_fruit2,my_fruit3}25fruits={my_fruit1,my_fruit2,my_fruit3}
25print(sorted(fruits))26print(sorted(fruits))
26fruits.add(your_fruit1)27fruits.add(your_fruit1)
27fruits.add(your_fruit2)28fruits.add(your_fruit2)
28print(sorted(fruits))29print(sorted(fruits))
29fruits.add(their_fruit)30fruits.add(their_fruit)
30print(sorted(fruits))31print(sorted(fruits))
31fruits.add(your_fruit1)32fruits.add(your_fruit1)
32print(sorted(fruits))33print(sorted(fruits))
33fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
34print(sorted(fruits))35print(sorted(fruits))
n35par_value = int(input())n36par = int(input())
36strokes_value = int(input())37strokes = int(input())
37if par_value == 3 or par_value == 4 or par_value == 5:38if par == 3 or par == 4 or par == 5:
38    if strokes_value - par_value == -2:39    if strokes - par == -2:
39        print("Eagle")40        print("Eagle")
n40    elif strokes_value - par_value == -1:n41    elif strokes - par == -1:
41        print("Birdie")42        print("Birdie")
n42    elif strokes_value - par_value == 0:n43    elif strokes - par == 0:
43        print("Par")44        print("Par")
t44    elif strokes_value - par_value == 1:t45    elif strokes - par == 1:
45        print("Bogey")46        print("Bogey")
46    else:47    else:
47        print("Error")48        print("Error")
48else:49else:
49    print("Error")50    print("Error")
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Page 23

Student ID: 26, P-Value: 2.10e-02

Nearest Neighbor ID: 179

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[our_list.index(my_flower2)] = their_flower13our_list[our_list.index(my_flower2)] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
n18print(our_list)my_fruit1 = input()n18print(our_list)
19my_fruit1 = input()
19my_fruit2 = input()20my_fruit2 = input()
20my_fruit3 = input()21my_fruit3 = input()
21your_fruit1 = input()22your_fruit1 = input()
22your_fruit2 = input()23your_fruit2 = input()
23their_fruit = input()24their_fruit = input()
24fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
25print(sorted(fruits))26print(sorted(fruits))
26fruits.add(your_fruit1)27fruits.add(your_fruit1)
27fruits.add(your_fruit2)28fruits.add(your_fruit2)
28print(sorted(fruits))29print(sorted(fruits))
29fruits.add(their_fruit)30fruits.add(their_fruit)
30print(sorted(fruits))31print(sorted(fruits))
31fruits.add(your_fruit1)32fruits.add(your_fruit1)
32print(sorted(fruits))33print(sorted(fruits))
33fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
34print(sorted(fruits))35print(sorted(fruits))
35par = int(input())36par = int(input())
n36stroke = int(input())n37strokes = int(input())
37if par != 3 and par != 4 and par != 5:38if par != 3 and par != 4 and par != 5:
t38    print("Error")t39  print("Error")
39elif stroke == par - 2:40elif strokes == par - 2:
40    print("Eagle")41  print("Eagle")
41elif stroke == par - 1:42elif strokes == par - 1:
42    print("Birdie")43  print("Birdie")
43elif stroke == par:44elif strokes == par:
44    print("Par")45  print("Par")
45elif stroke == par + 1:46elif strokes == par + 1:
46    print("Bogey")47  print("Bogey")
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Page 24

Student ID: 179, P-Value: 2.10e-02

Nearest Neighbor ID: 26

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[our_list.index(my_flower2)] = their_flower13our_list[our_list.index(my_flower2)] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
n18print(our_list)n18print(our_list)my_fruit1 = input()
19my_fruit1 = input()
20my_fruit2 = input()19my_fruit2 = input()
21my_fruit3 = input()20my_fruit3 = input()
22your_fruit1 = input()21your_fruit1 = input()
23your_fruit2 = input()22your_fruit2 = input()
24their_fruit = input()23their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}24fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))25print(sorted(fruits))
27fruits.add(your_fruit1)26fruits.add(your_fruit1)
28fruits.add(your_fruit2)27fruits.add(your_fruit2)
29print(sorted(fruits))28print(sorted(fruits))
30fruits.add(their_fruit)29fruits.add(their_fruit)
31print(sorted(fruits))30print(sorted(fruits))
32fruits.add(your_fruit1)31fruits.add(your_fruit1)
33print(sorted(fruits))32print(sorted(fruits))
34fruits.remove(my_fruit1)33fruits.remove(my_fruit1)
35print(sorted(fruits))34print(sorted(fruits))
36par = int(input())35par = int(input())
n37strokes = int(input())n36stroke = int(input())
38if par != 3 and par != 4 and par != 5:37if par != 3 and par != 4 and par != 5:
t39  print("Error")t38    print("Error")
40elif strokes == par - 2:39elif stroke == par - 2:
41  print("Eagle")40    print("Eagle")
42elif strokes == par - 1:41elif stroke == par - 1:
43  print("Birdie")42    print("Birdie")
44elif strokes == par:43elif stroke == par:
45  print("Par")44    print("Par")
46elif strokes == par + 1:45elif stroke == par + 1:
47  print("Bogey")46    print("Bogey")
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Page 25

Student ID: 194, P-Value: 3.34e-02

Nearest Neighbor ID: 280

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
n18print(our_list)n18print(our_list)my_fruit1 = input()
19my_fruit1 = input()
20my_fruit2 = input()19my_fruit2 = input()
21my_fruit3 = input()20my_fruit3 = input()
22your_fruit1 = input()21your_fruit1 = input()
23your_fruit2 = input()22your_fruit2 = input()
24their_fruit = input()23their_fruit = input()
n25fruits = {my_fruit1, my_fruit2, my_fruit3}n24fruits =  {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))25print(sorted(fruits))
27fruits.add(your_fruit1)26fruits.add(your_fruit1)
28fruits.add(your_fruit2)27fruits.add(your_fruit2)
29print(sorted(fruits))28print(sorted(fruits))
30fruits.add(their_fruit)29fruits.add(their_fruit)
31print(sorted(fruits))30print(sorted(fruits))
32fruits.add(your_fruit1)31fruits.add(your_fruit1)
33print(sorted(fruits))32print(sorted(fruits))
34fruits.remove(my_fruit1)33fruits.remove(my_fruit1)
35print(sorted(fruits))34print(sorted(fruits))
36par = int(input())35par = int(input())
37num_strokes = int(input())36num_strokes = int(input())
n38if 3 <= par <= 5:n37if 3<= par <= 5:
39    if num_strokes is par - 2:38    if num_strokes is par - 2:
40        print('Eagle')39        print('Eagle')
41    elif num_strokes is par - 1:40    elif num_strokes is par - 1:
42        print('Birdie')41        print('Birdie')
n43    elif num_strokes is par:n42    elif num_strokes == par:
44        print('Par')43        print('Par')
t45    elif num_strokes is 1 + par:t44    elif num_strokes is par + 1:
46        print('Bogey')45        print('Bogey')
47else:46else:
48    print('Error')47    print('Error')
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Page 26

Student ID: 280, P-Value: 3.34e-02

Nearest Neighbor ID: 194

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
n18print(our_list)my_fruit1 = input()n18print(our_list)
19my_fruit1 = input()
19my_fruit2 = input()20my_fruit2 = input()
20my_fruit3 = input()21my_fruit3 = input()
21your_fruit1 = input()22your_fruit1 = input()
22your_fruit2 = input()23your_fruit2 = input()
23their_fruit = input()24their_fruit = input()
n24fruits =  {my_fruit1, my_fruit2, my_fruit3}n25fruits = {my_fruit1, my_fruit2, my_fruit3}
25print(sorted(fruits))26print(sorted(fruits))
26fruits.add(your_fruit1)27fruits.add(your_fruit1)
27fruits.add(your_fruit2)28fruits.add(your_fruit2)
28print(sorted(fruits))29print(sorted(fruits))
29fruits.add(their_fruit)30fruits.add(their_fruit)
30print(sorted(fruits))31print(sorted(fruits))
31fruits.add(your_fruit1)32fruits.add(your_fruit1)
32print(sorted(fruits))33print(sorted(fruits))
33fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
34print(sorted(fruits))35print(sorted(fruits))
35par = int(input())36par = int(input())
36num_strokes = int(input())37num_strokes = int(input())
n37if 3<= par <= 5:n38if 3 <= par <= 5:
38    if num_strokes is par - 2:39    if num_strokes is par - 2:
39        print('Eagle')40        print('Eagle')
40    elif num_strokes is par - 1:41    elif num_strokes is par - 1:
41        print('Birdie')42        print('Birdie')
n42    elif num_strokes == par:n43    elif num_strokes is par:
43        print('Par')44        print('Par')
t44    elif num_strokes is par + 1:t45    elif num_strokes is 1 + par:
45        print('Bogey')46        print('Bogey')
46else:47else:
47    print('Error')48    print('Error')
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Page 27

Student ID: 377, P-Value: 4.98e-02

Nearest Neighbor ID: 123

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
n11WQE=our_listn
12our_list.append(their_flower)11our_list.append(their_flower)
n13print(WQE)n
14our_list[1]=their_flower
15print(our_list)12print(our_list)
n16our_list.remove(our_list[1])n13our_list[our_list.index(my_flower2)]=their_flower
14print(our_list)
15our_list.remove(their_flower)
17print(our_list)16print(our_list)
18our_list.remove(our_list[1])17our_list.remove(our_list[1])
19print(our_list)18print(our_list)
20my_fruit1 = input()19my_fruit1 = input()
21my_fruit2 = input()20my_fruit2 = input()
22my_fruit3 = input()21my_fruit3 = input()
23your_fruit1 = input()22your_fruit1 = input()
24your_fruit2 = input()23your_fruit2 = input()
25their_fruit = input()24their_fruit = input()
t26fruits = {my_fruit1,my_fruit2,my_fruit3}t25fruits = {my_fruit1, my_fruit2, my_fruit3}
27print(sorted(fruits))26print(sorted(fruits))
28fruits.add(your_fruit1)27fruits.add(your_fruit1)
29fruits.add(your_fruit2)28fruits.add(your_fruit2)
30print(sorted(fruits))29print(sorted(fruits))
31fruits.add(their_fruit)30fruits.add(their_fruit)
32print(sorted(fruits))31print(sorted(fruits))
33fruits.add(your_fruit1)32fruits.add(your_fruit1)
34print(sorted(fruits))33print(sorted(fruits))
35fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
36print(sorted(fruits))35print(sorted(fruits))
37par_allowed = (3, 4, 5)36par_allowed = (3, 4, 5)
38par = int(input())37par = int(input())
39strokes = int(input())38strokes = int(input())
40if par in par_allowed:39if par in par_allowed:
41    if par == strokes:40    if par == strokes:
42        print('Par')41        print('Par')
43    elif par - 2 == strokes:42    elif par - 2 == strokes:
44        print('Eagle')43        print('Eagle')
45    elif par -1 == strokes:44    elif par -1 == strokes:
46        print('Birdie')45        print('Birdie')
47    elif par + 1 == strokes:46    elif par + 1 == strokes:
48        print('Bogey')47        print('Bogey')
49else:48else:
50    print('Error')49    print('Error')
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Page 28

Student ID: 316, P-Value: 7.45e-02

Nearest Neighbor ID: 170

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
n7my_list = [my_flower1,my_flower2,my_flower3]n7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1,your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[our_list.index(my_flower2)] = their_flower13our_list[our_list.index(my_flower2)] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.remove(our_list[1])17our_list.remove(our_list[1])
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
nn36par_allowed = (3, 4, 5)
36par = int(input())37par = int(input())
n37num_strokes = int(input())n38number_strokes = int(input())
38allowed_par = (3,4,5)
39if par in allowed_par:39if par in par_allowed:
40    if par == num_strokes:40    if par == number_strokes:
41        print('Par')41        print('Par')
nn42    elif par - 2 == number_strokes:
43        print('Eagle')
44    elif par - 1 == number_strokes:
45        print('Birdie')
42    elif par + 1 == num_strokes:46    elif par + 1 == number_strokes:
43        print('Bogey')47        print('Bogey')
t44    elif par - 1 == num_strokes:t
45        print('Birdie')
46    elif par - 2 == num_strokes:
47        print('Eagle')
48else:48else:
49    print('Error')49    print('Error')
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Page 29

Student ID: 102, P-Value: 7.90e-02

Nearest Neighbor ID: 162

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
n13our_list[1]= their_flowern13our_list[1] = their_flower
14print(our_list)14print(our_list)
n15our_list.pop(1)n15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
n25fruits = set([my_fruit1, my_fruit2, my_fruit3])n25fruits ={my_fruit1, my_fruit2,my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
t35print(sorted(fruits))t35print(sorted(fruits))par_allowed = (3, 4, 5)
36par_allowed = (3, 4, 5)
37par = int(input())36par = int(input())
38strokes = int(input())37strokes = int(input())
39if par in par_allowed:38if par in par_allowed:
40    if par == strokes:39    if par == strokes:
41        print('Par')40        print('Par')
42    elif par - 2 == strokes:41    elif par - 2 == strokes:
43        print('Eagle')42        print('Eagle')
44    elif par -1 == strokes:43    elif par -1 == strokes:
45        print('Birdie')44        print('Birdie')
46    elif par + 1 == strokes:45    elif par + 1 == strokes:
47        print('Bogey')46        print('Bogey')
48else:47else:
49    print('Error')48    print('Error')
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Page 30

Student ID: 159, P-Value: 8.59e-02

Nearest Neighbor ID: 194

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
36par = int(input())36par = int(input())
37num_strokes = int(input())37num_strokes = int(input())
n38if 2<par<6:n38if 3 <= par <= 5:
39    if num_strokes == (par - 2):39    if num_strokes is par - 2:
40        print('Eagle')40        print('Eagle')
n41    elif num_strokes == (par - 1):n41    elif num_strokes is par - 1:
42        print('Birdie')42        print('Birdie')
n43    elif num_strokes == par:n43    elif num_strokes is par:
44        print('Par')44        print('Par')
t45    elif num_strokes  == (par + 1):t45    elif num_strokes is 1 + par:
46        print('Bogey')46        print('Bogey')
47else:47else:
48    print('Error')48    print('Error')
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Page 31

Student ID: 455, P-Value: 8.96e-02

Nearest Neighbor ID: 130

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
n36par = int(input())n36number_par = int(input())
37number_strokes = int(input())37number_stroke = int(input())
38if par == 3 or par == 4 or par == 5:38if number_par == 3 or number_par == 4 or number_par == 5:
39    if number_strokes == par - 2:39    if number_par - number_stroke == 2:
40        print("Eagle") 40        print("Eagle")
41    elif number_strokes == par -1:41    elif number_par - number_stroke == 1:
42        print("Birdie")42        print("Birdie")
n43    elif number_strokes == par:n43    elif number_par - number_stroke == 0:
44        print("Par")44        print("Par")
t45    elif number_strokes == par + 1:t45    elif number_par - number_stroke == -1:
46        print("Bogey")46        print("Bogey")
47else:47else:
48    print("Error")48    print("Error")
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Page 32

Student ID: 130, P-Value: 8.96e-02

Nearest Neighbor ID: 455

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
n36number_par = int(input())n36par = int(input())
37number_stroke = int(input())37number_strokes = int(input())
38if number_par == 3 or number_par == 4 or number_par == 5:38if par == 3 or par == 4 or par == 5:
39    if number_par - number_stroke == 2:39    if number_strokes == par - 2:
40        print("Eagle")40        print("Eagle") 
41    elif number_par - number_stroke == 1:41    elif number_strokes == par -1:
42        print("Birdie")42        print("Birdie")
n43    elif number_par - number_stroke == 0:n43    elif number_strokes == par:
44        print("Par")44        print("Par")
t45    elif number_par - number_stroke == -1:t45    elif number_strokes == par + 1:
46        print("Bogey")46        print("Bogey")
47else:47else:
48    print("Error")48    print("Error")
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Page 33

Student ID: 407, P-Value: 9.46e-02

Nearest Neighbor ID: 159

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
n25fruits = set([my_fruit1, my_fruit2, my_fruit3])n25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
36par = int(input())36par = int(input())
37num_strokes = int(input())37num_strokes = int(input())
n38if par == 3 or par == 4 or par == 5:n38if 2<par<6:
39    if num_strokes == (par - 2):39    if num_strokes == (par - 2):
40        print('Eagle')40        print('Eagle')
41    elif num_strokes == (par - 1):41    elif num_strokes == (par - 1):
42        print('Birdie')42        print('Birdie')
43    elif num_strokes == par:43    elif num_strokes == par:
44        print('Par')44        print('Par')
t45    elif num_strokes + 1 > par:t45    elif num_strokes  == (par + 1):
46        print('Bogey')46        print('Bogey')
47else:47else:
48    print('Error')48    print('Error')
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Page 34

Student ID: 114, P-Value: 9.84e-02

Nearest Neighbor ID: 455

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
n13our_list[our_list.index(my_flower2)] = their_flowern13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
n17our_list.remove(our_list[1])n17our_list.pop(1)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
36par = int(input())36par = int(input())
n37golf_stroke = int(input())n37number_strokes = int(input())
38if par == 3 or par == 4 or par == 5:38if par == 3 or par == 4 or par == 5:
n39    if golf_stroke == par - 2:n39    if number_strokes == par - 2:
40        print("Eagle")40        print("Eagle") 
41    elif golf_stroke == par - 1:41    elif number_strokes == par -1:
42        print("Birdie") 42        print("Birdie")
43    elif golf_stroke == par:43    elif number_strokes == par:
44        print("Par")44        print("Par")
t45    elif golf_stroke == par + 1:t45    elif number_strokes == par + 1:
46        print("Bogey")46        print("Bogey")
47else:47else:
48    print("Error")48    print("Error")
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Page 35

Student ID: 62, P-Value: 1.01e-01

Nearest Neighbor ID: 467

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
nn13our_list.remove(my_flower2)
13our_list.insert(1, their_flower)14our_list.insert(1, their_flower)
n14our_list.remove(my_flower2)n
15print(our_list)15print(our_list)
16our_list.remove(their_flower)16our_list.remove(their_flower)
17print(our_list)17print(our_list)
18our_list.pop(1)18our_list.pop(1)
n19print(our_list)n19print(our_list)my_fruit1 = input()
20my_fruit1 = input()
21my_fruit2 = input()20my_fruit2 = input()
22my_fruit3 = input()21my_fruit3 = input()
23your_fruit1 = input()22your_fruit1 = input()
24your_fruit2 = input()23your_fruit2 = input()
25their_fruit = input()24their_fruit = input()
26fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
27print(sorted(fruits))26print(sorted(fruits))
28fruits.add(your_fruit1)27fruits.add(your_fruit1)
29fruits.add(your_fruit2)28fruits.add(your_fruit2)
30print(sorted(fruits))29print(sorted(fruits))
31fruits.add(their_fruit)30fruits.add(their_fruit)
32print(sorted(fruits))31print(sorted(fruits))
33fruits.add(your_fruit1)32fruits.add(your_fruit1)
34print(sorted(fruits))33print(sorted(fruits))
35fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
36print(sorted(fruits))35print(sorted(fruits))
37par = int(input())36par = int(input())
38strokes = int(input())37strokes = int(input())
n39if par < 6 and par > 2:n38if par == 3 or par == 4 or par == 5:
40    if strokes == (par - 2):39    if strokes == (par - 2):
41        print("Eagle")40        print("Eagle")
n42    elif strokes == (par - 1):n41    if strokes == (par - 1):
43        print("Birdie")42        print("Birdie")
n44    elif strokes == par:n43    if strokes == par:
45        print("Par")44        print("Par")
n46    elif strokes == (par + 1):n45    if strokes == (par + 1):
47        print("Bogey")46        print("Bogey")
t48    else:t
49        print("Error")
50else:47else:
51    print("Error")48    print("Error")
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Page 36

Student ID: 467, P-Value: 1.01e-01

Nearest Neighbor ID: 62

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
nn13our_list.insert(1, their_flower)
13our_list.remove(my_flower2)14our_list.remove(my_flower2)
n14our_list.insert(1, their_flower)n
15print(our_list)15print(our_list)
16our_list.remove(their_flower)16our_list.remove(their_flower)
17print(our_list)17print(our_list)
18our_list.pop(1)18our_list.pop(1)
n19print(our_list)my_fruit1 = input()n19print(our_list)
20my_fruit1 = input()
20my_fruit2 = input()21my_fruit2 = input()
21my_fruit3 = input()22my_fruit3 = input()
22your_fruit1 = input()23your_fruit1 = input()
23your_fruit2 = input()24your_fruit2 = input()
24their_fruit = input()25their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}26fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))27print(sorted(fruits))
27fruits.add(your_fruit1)28fruits.add(your_fruit1)
28fruits.add(your_fruit2)29fruits.add(your_fruit2)
29print(sorted(fruits))30print(sorted(fruits))
30fruits.add(their_fruit)31fruits.add(their_fruit)
31print(sorted(fruits))32print(sorted(fruits))
32fruits.add(your_fruit1)33fruits.add(your_fruit1)
33print(sorted(fruits))34print(sorted(fruits))
34fruits.remove(my_fruit1)35fruits.remove(my_fruit1)
35print(sorted(fruits))36print(sorted(fruits))
36par = int(input())37par = int(input())
37strokes = int(input())38strokes = int(input())
n38if par == 3 or par == 4 or par == 5:n39if par < 6 and par > 2:
39    if strokes == (par - 2):40    if strokes == (par - 2):
40        print("Eagle")41        print("Eagle")
n41    if strokes == (par - 1):n42    elif strokes == (par - 1):
42        print("Birdie")43        print("Birdie")
n43    if strokes == par:n44    elif strokes == par:
44        print("Par")45        print("Par")
n45    if strokes == (par + 1):n46    elif strokes == (par + 1):
46        print("Bogey")47        print("Bogey")
tt48    else:
49        print("Error")
47else:50else:
48    print("Error")51    print("Error")
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Page 37

Student ID: 74, P-Value: 1.06e-01

Nearest Neighbor ID: 384

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
n7my_list=[my_flower1, my_flower2,my_flower3]n7my_list=[my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1 , your_flower2]8your_list =[your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
n15our_list.pop(1)n15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
n25fruits={my_fruit1, my_fruit2, my_fruit3}n25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
n36par_total = (3, 4, 5)n36par_allowed = (3, 4, 5)
37par = int(input())37par = int(input())
38strokes = int(input())38strokes = int(input())
t39if par in par_total:t39if par in par_allowed:
40    if par == strokes:40    if par == strokes:
41        print('Par')41        print('Par')
42    elif par - 2 == strokes:42    elif par - 2 == strokes:
43        print('Eagle')43        print('Eagle')
44    elif par -1 == strokes:44    elif par -1 == strokes:
45        print('Birdie')45        print('Birdie')
46    elif par + 1 == strokes:46    elif par + 1 == strokes:
47        print('Bogey')47        print('Bogey')
48else:48else:
49    print('Error')49    print('Error')
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Page 38

Student ID: 250, P-Value: 1.19e-01

Nearest Neighbor ID: 450

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
n17our_list.remove(my_flower3)n17our_list.pop(1)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
n27your_fruits = {your_fruit1, your_fruit2}n27fruits.add(your_fruit1)
28fruits = fruits.union(your_fruits)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
36par = int(input())36par = int(input())
37strokes = int(input())37strokes = int(input())
n38if par < 3 or par > 5:n38if par < 3 :
39    print("Error")
40elif par > 5:
39    print('Error')41    print('Error')
40elif strokes == (par - 2):42elif strokes == (par - 2):
41    print('Eagle')43    print('Eagle')
42elif strokes == (par - 1):44elif strokes == (par - 1):
43    print('Birdie')45    print('Birdie')
44elif strokes == par:46elif strokes == par:
45    print('Par')47    print('Par')
t46elif strokes == (par + 1):t48elif strokes par:
47    print('Bogey')49    print('Bogey')
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Page 39

Student ID: 203, P-Value: 1.33e-01

Nearest Neighbor ID: 290

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
nn36strokes = int(input())
36par = int(input())37par = int(input())
n37num_strokes = int(input())n38if par > 6 or par < 3:
38if par < 3 or par > 5:
39    print('Error')39    print('Error')
n40elif par - num_strokes == 2:n40elif strokes - par == 2:
41    print('Eagle')41    print('Eagle')
n42elif par - num_strokes == 1:n42elif strokes - par == 1:
43    print('Birdie')43    print('Birdie')
n44elif par == num_strokes:n44elif strokes - par == 0:
45    print('Par')45    print('Par')
t46elif num_strokes == par 1:t46elif strokes - par == -1:
47    print('Bogey')47    print('Bogey')
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Page 40

Student ID: 290, P-Value: 1.33e-01

Nearest Neighbor ID: 203

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
n36strokes = int(input())n
37par = int(input())36par = int(input())
n38if par > 6 or par < 3:n37num_strokes = int(input())
38if par < 3 or par > 5:
39    print('Error')39    print('Error')
n40elif strokes - par == 2:n40elif par - num_strokes == 2:
41    print('Eagle')41    print('Eagle')
n42elif strokes - par == 1:n42elif par - num_strokes == 1:
43    print('Birdie')43    print('Birdie')
n44elif strokes - par == 0:n44elif par == num_strokes:
45    print('Par')45    print('Par')
t46elif strokes - par == -1:t46elif num_strokes == par 1:
47    print('Bogey')47    print('Bogey')
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Page 41

Student ID: 242, P-Value: 1.36e-01

Nearest Neighbor ID: 465

Student (left) and Nearest Neighbor (right).


f1x1 = input()f1x1 = input()
2y1 = input()2y1 = input()
3z1 = input()3z1 = input()
n4x2 = input()n4x2= input()
5y2 = input()5y2 = input()
6z2 = input()6z2 = input()
7my = [x1, y1, z1]7my = [x1, y1, z1]
8you = [x2, y2]8you = [x2, y2]
9their = [z2]9their = [z2]
10our = [x1, y1, z1, x2, y2]10our = [x1, y1, z1, x2, y2]
11print(our)11print(our)
12our.extend(their)12our.extend(their)
13print(our)13print(our)
n14our[1] = z2n14our[1]= z2
15print(our)15print(our)
16our.remove(z2)16our.remove(z2)
17print(our)17print(our)
18our.pop(1)18our.pop(1)
n19print(our)n
20my_fruit1 = input()19print(our)my_fruit1 = input()
21my_fruit2 = input()20my_fruit2 = input()
22my_fruit3 = input()21my_fruit3 = input()
23your_fruit1 = input()22your_fruit1 = input()
24your_fruit2 = input()23your_fruit2 = input()
25their_fruit = input()24their_fruit = input()
26fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
27print(sorted(fruits))26print(sorted(fruits))
28fruits2 = {your_fruit2, your_fruit1}27fruits2 = {your_fruit2, your_fruit1}
29fruits = fruits.union(fruits2)28fruits = fruits.union(fruits2)
30print(sorted(fruits))29print(sorted(fruits))
31fruits.add(their_fruit)30fruits.add(their_fruit)
32print(sorted(fruits))31print(sorted(fruits))
33fruits.add(your_fruit1)32fruits.add(your_fruit1)
34print(sorted(fruits))33print(sorted(fruits))
35fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
36print(sorted(fruits))35print(sorted(fruits))
37par = int(input())36par = int(input())
38strokes = int(input())37strokes = int(input())
n39number = {3 ,4 ,5}n38number = {3 ,4 ,5 }
40if par in number:39if par in number:
n41    if (strokes == par - 2) or (strokes < (par -2)):n40    if (strokes == par - 2) or (strokes < (par - 2)):
42        print('Eagle')41        print("Eagle")
43    elif (strokes == par - 1) or (strokes <par):42    elif (strokes == par - 1) or (strokes < par):
44        print('Birdie')43        print("Birdie")
45    elif strokes == par:44    elif strokes == par:
n46        print ('Par')n45        print("Par")
47    elif strokes > par:46    elif strokes > par:
n48        print('Bogey')n47        print("Bogey")
49else:48else:
t50    print('Error')t49    print("Error")
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Page 42

Student ID: 465, P-Value: 1.36e-01

Nearest Neighbor ID: 242

Student (left) and Nearest Neighbor (right).


f1x1 = input()f1x1 = input()
2y1 = input()2y1 = input()
3z1 = input()3z1 = input()
n4x2= input()n4x2 = input()
5y2 = input()5y2 = input()
6z2 = input()6z2 = input()
7my = [x1, y1, z1]7my = [x1, y1, z1]
8you = [x2, y2]8you = [x2, y2]
9their = [z2]9their = [z2]
10our = [x1, y1, z1, x2, y2]10our = [x1, y1, z1, x2, y2]
11print(our)11print(our)
12our.extend(their)12our.extend(their)
13print(our)13print(our)
n14our[1]= z2n14our[1] = z2
15print(our)15print(our)
16our.remove(z2)16our.remove(z2)
17print(our)17print(our)
18our.pop(1)18our.pop(1)
nn19print(our)
19print(our)my_fruit1 = input()20my_fruit1 = input()
20my_fruit2 = input()21my_fruit2 = input()
21my_fruit3 = input()22my_fruit3 = input()
22your_fruit1 = input()23your_fruit1 = input()
23your_fruit2 = input()24your_fruit2 = input()
24their_fruit = input()25their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}26fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))27print(sorted(fruits))
27fruits2 = {your_fruit2, your_fruit1}28fruits2 = {your_fruit2, your_fruit1}
28fruits = fruits.union(fruits2)29fruits = fruits.union(fruits2)
29print(sorted(fruits))30print(sorted(fruits))
30fruits.add(their_fruit)31fruits.add(their_fruit)
31print(sorted(fruits))32print(sorted(fruits))
32fruits.add(your_fruit1)33fruits.add(your_fruit1)
33print(sorted(fruits))34print(sorted(fruits))
34fruits.remove(my_fruit1)35fruits.remove(my_fruit1)
35print(sorted(fruits))36print(sorted(fruits))
36par = int(input())37par = int(input())
37strokes = int(input())38strokes = int(input())
n38number = {3 ,4 ,5 }n39number = {3 ,4 ,5}
39if par in number:40if par in number:
n40    if (strokes == par - 2) or (strokes < (par - 2)):n41    if (strokes == par - 2) or (strokes < (par -2)):
41        print("Eagle")42        print('Eagle')
42    elif (strokes == par - 1) or (strokes < par):43    elif (strokes == par - 1) or (strokes <par):
43        print("Birdie")44        print('Birdie')
44    elif strokes == par:45    elif strokes == par:
n45        print("Par")n46        print ('Par')
46    elif strokes > par:47    elif strokes > par:
n47        print("Bogey")n48        print('Bogey')
48else:49else:
t49    print("Error")t50    print('Error')
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Page 43

Student ID: 475, P-Value: 1.39e-01

Nearest Neighbor ID: 399

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
n7my_list = my_flower1,my_flower2,my_flower3n7my_list = my_flower1, my_flower2, my_flower3
8your_list = your_flower1,your_flower28your_list = your_flower1, your_flower2
9our_list=list(my_list+your_list)9our_list = list(my_list+your_list)
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
n13our_list[1] = their_flowern13our_list[1] = (their_flower)
14print(our_list)14print(our_list)
15del our_list[1]15del our_list[1]
16print(our_list)16print(our_list)
17del our_list[1]17del our_list[1]
n18print(our_list)n18print(our_list)my_fruit1 = input()
19my_fruit1 = input()
20my_fruit2 = input()19my_fruit2 = input()
21my_fruit3 = input()20my_fruit3 = input()
22your_fruit1 = input()21your_fruit1 = input()
23your_fruit2 = input()22your_fruit2 = input()
24their_fruit = input()23their_fruit = input()
25fruits = {my_fruit1,my_fruit2,my_fruit3}24fruits = {my_fruit1,my_fruit2,my_fruit3}
26print(sorted(fruits))25print(sorted(fruits))
27your_fruits = (your_fruit1,your_fruit2)26your_fruits = (your_fruit1,your_fruit2)
n28fruits.update(your_fruits)      n27fruits.update(your_fruits)
29print(sorted(fruits))28print(sorted(fruits))
n30fruits.add(their_fruit) n29fruits.add(their_fruit)
31print(sorted(fruits))30print(sorted(fruits))
32print(sorted(fruits))31print(sorted(fruits))
t33fruits.remove(my_fruit1)        t32fruits.remove(my_fruit1)
34print(sorted(fruits))33print(sorted(fruits))par_allowed = (3, 4, 5)
35par_allowed = (3, 4, 5)
36par = int(input())34par = int(input(""))
37strokes = int(input( ))35strokes = int(input(""))
38if par in par_allowed:36if par in par_allowed:
39    if par == strokes:37    if par == strokes:
40        print('Par')38        print('Par')
41    elif par - 2 == strokes:39    elif par - 2 == strokes:
42        print('Eagle')40        print('Eagle')
43    elif par -1 == strokes:41    elif par -1 == strokes:
44        print('Birdie')42        print('Birdie')
45    elif par + 1 == strokes:43    elif par + 1 == strokes:
46        print('Bogey')44        print('Bogey')
47else:45else:
48    print('Error')46    print('Error')
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Page 44

Student ID: 399, P-Value: 1.39e-01

Nearest Neighbor ID: 475

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
n7my_list = my_flower1, my_flower2, my_flower3n7my_list = my_flower1,my_flower2,my_flower3
8your_list = your_flower1, your_flower28your_list = your_flower1,your_flower2
9our_list = list(my_list+your_list)9our_list=list(my_list+your_list)
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
n13our_list[1] = (their_flower)n13our_list[1] = their_flower
14print(our_list)14print(our_list)
15del our_list[1]15del our_list[1]
16print(our_list)16print(our_list)
17del our_list[1]17del our_list[1]
n18print(our_list)my_fruit1 = input()n18print(our_list)
19my_fruit1 = input()
19my_fruit2 = input()20my_fruit2 = input()
20my_fruit3 = input()21my_fruit3 = input()
21your_fruit1 = input()22your_fruit1 = input()
22your_fruit2 = input()23your_fruit2 = input()
23their_fruit = input()24their_fruit = input()
24fruits = {my_fruit1,my_fruit2,my_fruit3}25fruits = {my_fruit1,my_fruit2,my_fruit3}
25print(sorted(fruits))26print(sorted(fruits))
26your_fruits = (your_fruit1,your_fruit2)27your_fruits = (your_fruit1,your_fruit2)
n27fruits.update(your_fruits)n28fruits.update(your_fruits)      
28print(sorted(fruits))29print(sorted(fruits))
n29fruits.add(their_fruit)n30fruits.add(their_fruit) 
30print(sorted(fruits))31print(sorted(fruits))
31print(sorted(fruits))32print(sorted(fruits))
t32fruits.remove(my_fruit1)t33fruits.remove(my_fruit1)        
33print(sorted(fruits))par_allowed = (3, 4, 5)34print(sorted(fruits))
35par_allowed = (3, 4, 5)
34par = int(input(""))36par = int(input())
35strokes = int(input(""))37strokes = int(input( ))
36if par in par_allowed:38if par in par_allowed:
37    if par == strokes:39    if par == strokes:
38        print('Par')40        print('Par')
39    elif par - 2 == strokes:41    elif par - 2 == strokes:
40        print('Eagle')42        print('Eagle')
41    elif par -1 == strokes:43    elif par -1 == strokes:
42        print('Birdie')44        print('Birdie')
43    elif par + 1 == strokes:45    elif par + 1 == strokes:
44        print('Bogey')46        print('Bogey')
45else:47else:
46    print('Error')48    print('Error')
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Page 45

Student ID: 329, P-Value: 1.49e-01

Nearest Neighbor ID: 450

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
36par = int(input())36par = int(input())
n37number_of_strokes = int(input())n37strokes = int(input())
38if number_of_strokes == par - int(2):38if par < 3 :
39    print("Eagle")
40elif par < 3 or par >5:
41    print("Error")39    print("Error")
tt40elif par > 5:
41    print('Error')
42elif strokes == (par - 2):
43    print('Eagle')
42elif number_of_strokes == par - int(1):44elif strokes == (par - 1):
43    print("Birdie")45    print('Birdie')
44elif number_of_strokes == par:46elif strokes == par:
45    print("Par")47    print('Par')
46elif number_of_strokes == par + int(1):48elif strokes > par:
47    print("Bogey")49    print('Bogey')
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Page 46

Student ID: 34, P-Value: 1.51e-01

Nearest Neighbor ID: 290

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
n15our_list.pop(1)n15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
nn36strokes = int(input())
36par = int(input())37par = int(input())
n37strokes = int(input())n38if par > 6 or par < 3:
38if par < 3 or par > 5:
39    print('Error')39    print('Error')
n40elif par - strokes == 2:n40elif strokes - par == 2:
41    print('Eagle')41    print('Eagle')
n42elif par - strokes == 1:n42elif strokes - par == 1:
43    print('Birdie')43    print('Birdie')
n44elif strokes == par:n44elif strokes - par == 0:
45    print('Par')45    print('Par')
t46elif strokes - par == 1:t46elif strokes - par == -1:
47    print('Bogey')47    print('Bogey')
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Page 47

Student ID: 47, P-Value: 1.61e-01

Nearest Neighbor ID: 467

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
n13our_list.insert(our_list.index(my_flower2),their_flower)n
14our_list.remove(my_flower2)13our_list.remove(my_flower2)
nn14our_list.insert(1, their_flower)
15print(our_list)15print(our_list)
16our_list.remove(their_flower)16our_list.remove(their_flower)
17print(our_list)17print(our_list)
18our_list.pop(1)18our_list.pop(1)
19print(our_list)my_fruit1 = input()19print(our_list)my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
36par = int(input())36par = int(input())
37strokes = int(input())37strokes = int(input())
38if par == 3 or par == 4 or par == 5:38if par == 3 or par == 4 or par == 5:
n39    if strokes == par - 2:n39    if strokes == (par - 2):
40        print('Eagle')40        print("Eagle")
41    elif strokes == par - 1:41    if strokes == (par - 1):
42        print('Birdie')42        print("Birdie")
43    elif strokes == par:43    if strokes == par:
44        print('Par')44        print("Par")
45    elif strokes == par + 1:45    if strokes == (par + 1):
46        print('Bogey')46        print("Bogey")
47else:47else:
t48    print('Error')t48    print("Error")
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Page 48

Student ID: 220, P-Value: 1.77e-01

Nearest Neighbor ID: 47

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
n13our_list[our_list.index(my_flower2)] = their_flowern13our_list.insert(our_list.index(my_flower2),their_flower)
14our_list.remove(my_flower2)
14print(our_list)15print(our_list)
15our_list.remove(their_flower)16our_list.remove(their_flower)
16print(our_list)17print(our_list)
17our_list.pop(1)18our_list.pop(1)
n18print(our_list)n19print(our_list)my_fruit1 = input()
19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
36par = int(input())36par = int(input())
37strokes = int(input())37strokes = int(input())
38if par == 3 or par == 4 or par == 5:38if par == 3 or par == 4 or par == 5:
n39    if strokes + 2 == par:n39    if strokes == par - 2:
40        print('Eagle')40        print('Eagle')
n41    elif strokes + 1 == par:n41    elif strokes == par - 1:
42        print('Birdie')42        print('Birdie')
43    elif strokes == par:43    elif strokes == par:
44        print('Par')44        print('Par')
t45    elif strokes-1 == par:t45    elif strokes == par + 1:
46        print('Bogey')46        print('Bogey')
47else:47else:
48    print('Error')48    print('Error')
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Page 49

Student ID: 425, P-Value: 1.88e-01

Nearest Neighbor ID: 123

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
n13our_list[our_list.index(my_flower2)] = their_flowern13our_list[our_list.index(my_flower2)]=their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
n17our_list.pop(1)n17our_list.remove(our_list[1])
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
n36par_number = (3, 4, 5)n36par_allowed = (3, 4, 5)
37par = int(input())37par = int(input())
38strokes = int(input())38strokes = int(input())
n39if par in par_number:n39if par in par_allowed:
40    if strokes == par - 2:40    if par == strokes:
41        print('Par')
42    elif par - 2 == strokes:
41     print('Eagle')43        print('Eagle')
42    if strokes == par - 1:44    elif par -1 == strokes:
43        print('Birdie')45        print('Birdie')
t44    if strokes == par:t46    elif par + 1 == strokes:
45        print('Par')
46    if strokes == par + 1:
47        print('Bogey')47        print('Bogey')
48else:48else:
49    print('Error')49    print('Error')
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Page 50

Student ID: 336, P-Value: 1.92e-01

Nearest Neighbor ID: 450

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
n8your_list =[your_flower1, your_flower2]n8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
36par = int(input())36par = int(input())
37strokes = int(input())37strokes = int(input())
n38if 3 <= par <= 5:n38if par < 3 :
39    if (par - strokes) == 2:39    print("Error")
40        print('Eagle')40elif par > 5:
41    elif (par - strokes) == 1:
42        print('Birdie')
43    elif par == strokes :
44        print("Par")
45    elif strokes == (par + 1):
46        print('Bogey')
47else:
48    print('Error')41    print('Error')
tt42elif strokes == (par - 2):
43    print('Eagle')
44elif strokes == (par - 1):
45    print('Birdie')
46elif strokes == par:
47    print('Par')
48elif strokes > par:
49    print('Bogey')
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Page 51

Student ID: 208, P-Value: 1.94e-01

Nearest Neighbor ID: 378

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
n7my_list = [my_flower1,my_flower2,my_flower3]n7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1,your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
n13our_list[5] = their_flowern
14our_list[1] = their_flower13our_list[1] = their_flower
15print(our_list)14print(our_list)
16our_list.remove(their_flower)15our_list.remove(their_flower)
17print(our_list)16print(our_list)
18our_list.pop(1)17our_list.pop(1)
n19print(our_list)n18print(our_list)my_fruit1 = input()
20my_fruit1 = input()
21my_fruit2 = input()19my_fruit2 = input()
22my_fruit3 = input()20my_fruit3 = input()
23your_fruit1 = input()21your_fruit1 = input()
24your_fruit2 = input()22your_fruit2 = input()
25their_fruit = input()23their_fruit = input()
n26fruits = {my_fruit1,my_fruit2,my_fruit3}n24fruits = {my_fruit1, my_fruit2, my_fruit3}
27print(sorted(fruits))25print(sorted(fruits))
28fruits.add(your_fruit1)26fruits.add(your_fruit1)
29fruits.add(your_fruit2)27fruits.add(your_fruit2)
30print(sorted(fruits))28print(sorted(fruits))
31fruits.add(their_fruit)29fruits.add(their_fruit)
32print(sorted(fruits))30print(sorted(fruits))
33fruits.add(your_fruit1)31fruits.add(your_fruit1)
34print(sorted(fruits))32print(sorted(fruits))
35fruits.remove(my_fruit1)33fruits.remove(my_fruit1)
36print(sorted(fruits))34print(sorted(fruits))
37par = int(input())35par = int(input())
38strokes = int(input())36strokes = int(input())
nn37if par != 3 and par != 4 and par != 5:
38    print('Error')
39if strokes == par-2:39elif strokes == (par - 2):
40    print('Eagle')40    print('Eagle')
n41elif strokes == par-1:n41elif strokes == (par - 1):
42    print('Birdie')42    print('Birdie')
43elif strokes == par:43elif strokes == par:
44    print('Par')44    print('Par')
n45elif strokes == par+1 and par >2:n45elif strokes == (par + 1):
46    print('Bogey')46    print('Bogey')
t47elif par != 3 or par != 4 or par != 5:t
48    print('Error')
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Page 52

Student ID: 372, P-Value: 1.96e-01

Nearest Neighbor ID: 460

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
n17our_list.pop(1)n17our_list.remove(my_flower3)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
36par = int(input())36par = int(input())
37strokes = int(input())37strokes = int(input())
nn38if par < 3 or par > 5:
39    score = 'Error'
38if strokes == par - 2:40elif strokes == par - 2:
39    score = 'Eagle'41    score = 'Eagle'
n40if strokes == par - 1:n42elif strokes == par - 1:
41    score = 'Birdie'43    score = 'Birdie'
n42if strokes == par:n44elif strokes == par:
43    score = 'Par'45    score = 'Par'
n44if strokes == par + 1:n46elif strokes == par + 1:
45    score = 'Bogey'47    score = 'Bogey'
t46if par <= 2 or par >= 6:t
47    score = 'Error'
48print(score)48print(score)
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Page 53

Student ID: 460, P-Value: 1.96e-01

Nearest Neighbor ID: 372

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
n17our_list.remove(my_flower3)n17our_list.pop(1)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
36par = int(input())36par = int(input())
37strokes = int(input())37strokes = int(input())
nn38if strokes == par - 2:
39    score = 'Eagle'
40if strokes == par - 1:
41    score = 'Birdie'
42if strokes == par:
43    score = 'Par'
44if strokes == par + 1:
45    score = 'Bogey'
38if par < 3 or par > 5:46if par <= 2 or par >= 6:
39    score = 'Error'47    score = 'Error'
t40elif strokes == par - 2:t
41    score = 'Eagle'
42elif strokes == par - 1:
43    score = 'Birdie'
44elif strokes == par:
45    score = 'Par'
46elif strokes == par + 1:
47    score = 'Bogey'
48print(score)48print(score)
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Page 54

Student ID: 181, P-Value: 2.00e-01

Nearest Neighbor ID: 450

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
n18print(our_list)my_fruit1 = input()n18print(our_list)
19my_fruit1 = input()
19my_fruit2 = input()20my_fruit2 = input()
20my_fruit3 = input()21my_fruit3 = input()
21your_fruit1 = input()22your_fruit1 = input()
22your_fruit2 = input()23your_fruit2 = input()
23their_fruit = input()24their_fruit = input()
24fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
25print(sorted(fruits))26print(sorted(fruits))
26fruits.add(your_fruit1)27fruits.add(your_fruit1)
27fruits.add(your_fruit2)28fruits.add(your_fruit2)
28print(sorted(fruits))29print(sorted(fruits))
29fruits.add(their_fruit)30fruits.add(their_fruit)
30print(sorted(fruits))31print(sorted(fruits))
31fruits.add(your_fruit1)32fruits.add(your_fruit1)
32print(sorted(fruits))33print(sorted(fruits))
33fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
n34print(sorted(fruits))import mathn35print(sorted(fruits))
35par = int(input())36par = int(input())
36strokes = int(input())37strokes = int(input())
n37if((par < 3) or (par > 5)):n38if par < 3 :
38    print("Error")39    print("Error")
t39elif((par - strokes) == 2):t40elif par > 5:
41    print('Error')
42elif strokes == (par - 2):
40    print("Eagle")43    print('Eagle')
41elif((par - strokes) == 1):44elif strokes == (par - 1):
42    print("Birdie")45    print('Birdie')
43elif((par - strokes) == 0):46elif strokes == par:
44    print("Par")47    print('Par')
45elif((par - strokes) == -1):48elif strokes > par:
46    print("Bogey")49    print('Bogey')
47else:
48    print("Error")
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Page 55

Student ID: 103, P-Value: 2.04e-01

Nearest Neighbor ID: 194

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
36par = int(input())36par = int(input())
37num_strokes = int(input())37num_strokes = int(input())
n38parTuple = (3, 4, 5)n38if 3 <= par <= 5:
39if par not in parTuple:39    if num_strokes is par - 2:
40        print('Eagle')
41    elif num_strokes is par - 1:
42        print('Birdie')
43    elif num_strokes is par:
44        print('Par')
45    elif num_strokes is 1 + par:
46        print('Bogey')
47else:
40    print('Error')48    print('Error')
t41elif num_strokes == par - 2:t
42    print('Eagle')
43elif num_strokes == par - 1:
44    print('Birdie')
45elif num_strokes == par:
46    print('Par')
47elif num_strokes == par + 1:
48    print('Bogey')
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Page 56

Student ID: 15, P-Value: 2.08e-01

Nearest Neighbor ID: 290

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
nn36strokes = int(input())
36par = int(input())37par = int(input())
n37score = int(input())n
38if par > 5 or par <3:38if par > 6 or par < 3:
39    print('Error')39    print('Error')
n40elif par == score:n40elif strokes - par == 2:
41    print('Eagle')
42elif strokes - par == 1:
43    print('Birdie')
44elif strokes - par == 0:
41    print('Par')45    print('Par')
t42elif score == par - 1:t46elif strokes - par == -1:
43    print('Birdie')
44elif score == par - 2:
45    print('Eagle')
46elif score == par + 1:
47    print('Bogey')47    print('Bogey')
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Page 57

Student ID: 411, P-Value: 2.12e-01

Nearest Neighbor ID: 194

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
36par = int(input())36par = int(input())
n37strokes = int(input())n37num_strokes = int(input())
38if 3 <= par <= 5: 38if 3 <= par <= 5:
39    if num_strokes is par - 2:
40        print('Eagle')
41    elif num_strokes is par - 1:
42        print('Birdie')
39    if strokes > par:43    elif num_strokes is par:
44        print('Par')
45    elif num_strokes is 1 + par:
40        print('Bogey')46        print('Bogey')
t41    elif strokes == par:t
42        print('Par')
43    elif strokes >= par - 1:
44        print('Birdie')
45    else:
46        print('Eagle')
47else:47else:
48    print('Error')48    print('Error')
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Page 58

Student ID: 356, P-Value: 2.12e-01

Nearest Neighbor ID: 64

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
n7my_list = [my_flower1, my_flower2, my_flower3]n7my_list= [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list= [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list= my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.remove(my_flower3)17our_list.remove(my_flower3)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
n25fruits = {my_fruit1, my_fruit2, my_fruit3}n25fruits= {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
36par = int(input())36par = int(input())
37strokes = int(input())37strokes = int(input())
t38if par != 3 and par !=4 and par !=5:t38if par == 3 or par  == 4 or par == 5:
39    print("Error")39    if strokes - par == -2:
40elif par - strokes == 2:
41    print("Eagle")40        print("Eagle")
42elif par - strokes == 1:41    elif strokes - par == -1:
43    print("Birdie")42        print("Birdie")
44elif par == strokes:43    elif strokes - par == 0:
45    print("Par")44        print("Par")
46elif par - strokes == -1:45    elif strokes - par == 1:
47    print("Bogey")46        print("Bogey")
47    else:
48        print("Error")
48else:49else:
49    print("Error")50    print("Error")
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Page 59

Student ID: 408, P-Value: 2.12e-01

Nearest Neighbor ID: 64

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
n7my_list=[my_flower1,my_flower2,my_flower3]n7my_list= [my_flower1, my_flower2, my_flower3]
8your_list=[your_flower1,your_flower2]8your_list= [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list= my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.remove(my_flower3)17our_list.remove(my_flower3)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
n25fruits = {my_fruit1, my_fruit2, my_fruit3}n25fruits= {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
n36par= int(input())n36par = int(input())
37strokes= int(input())37strokes = int(input())
38if par == 3 or par == 4 or par == 5:38if par == 3 or par  == 4 or par == 5:
39    if strokes - par == -2:39    if strokes - par == -2:
40        print("Eagle")40        print("Eagle")
41    elif strokes - par == -1:41    elif strokes - par == -1:
42        print("Birdie")42        print("Birdie")
43    elif strokes - par == 0:43    elif strokes - par == 0:
44        print("Par")44        print("Par")
45    elif strokes - par == 1:45    elif strokes - par == 1:
46        print("Bogey")46        print("Bogey")
nn47    else:
48        print("Error")
47else:49else:
t48    print('Error')t50    print("Error")
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Page 60

Student ID: 28, P-Value: 2.12e-01

Nearest Neighbor ID: 450

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
36par = int(input())36par = int(input())
37strokes = int(input())37strokes = int(input())
t38if (par < 3 or par > 5):t38if par < 3 :
39    my_output = 'Error'39    print("Error")
40elif par > 5:
41    print('Error')
40elif (strokes == par - 2):42elif strokes == (par - 2):
41    my_output = 'Eagle'43    print('Eagle')
42elif (strokes == par - 1):44elif strokes == (par - 1):
43    my_output = 'Birdie'45    print('Birdie')
44elif(strokes == par):46elif strokes == par:
45    my_output = 'Par'47    print('Par')
46elif(strokes > par):48elif strokes > par:
47    my_output = 'Bogey'49    print('Bogey')
48elif (par < 3 or par > 5):
49    my_output = 'Error'
50print(my_output)
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Page 61

Student ID: 49, P-Value: 2.32e-01

Nearest Neighbor ID: 450

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
n11our_list.append (their_flower)n11our_list.append(their_flower)
12print(our_list)12print(our_list)
n13our_list [1] = their_flowern13our_list[1] = their_flower
14print(our_list)14print(our_list)
n15our_list.remove (their_flower)n15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
36par = int(input())36par = int(input())
37strokes = int(input())37strokes = int(input())
38if par < 3 :38if par < 3 :
39    print("Error")39    print("Error")
t40if 5 < par :t40elif par > 5:
41    print("Error")41    print('Error')
42if 3 <= par <= 5 and strokes == par - 2 :42elif strokes == (par - 2):
43    print("Eagle")43    print('Eagle')
44elif 3 <= par <= 5 and strokes == par - 1 :44elif strokes == (par - 1):
45    print("Birdie")45    print('Birdie')
46elif 3 <= par <= 5 and strokes == par :46elif strokes == par:
47    print("Par")47    print('Par')
48elif 3 <= par <= 5 and strokes == par + 1 :48elif strokes > par:
49    print("Bogey")49    print('Bogey')
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Page 62

Student ID: 247, P-Value: 2.32e-01

Nearest Neighbor ID: 378

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
18print(our_list)my_fruit1 = input()18print(our_list)my_fruit1 = input()
19my_fruit2 = input()19my_fruit2 = input()
20my_fruit3 = input()20my_fruit3 = input()
21your_fruit1 = input()21your_fruit1 = input()
22your_fruit2 = input()22your_fruit2 = input()
23their_fruit = input()23their_fruit = input()
24fruits = {my_fruit1, my_fruit2, my_fruit3}24fruits = {my_fruit1, my_fruit2, my_fruit3}
25print(sorted(fruits))25print(sorted(fruits))
26fruits.add(your_fruit1)26fruits.add(your_fruit1)
27fruits.add(your_fruit2)27fruits.add(your_fruit2)
28print(sorted(fruits))28print(sorted(fruits))
29fruits.add(their_fruit)29fruits.add(their_fruit)
30print(sorted(fruits))30print(sorted(fruits))
31fruits.add(your_fruit1)31fruits.add(your_fruit1)
32print(sorted(fruits))32print(sorted(fruits))
33fruits.remove(my_fruit1)33fruits.remove(my_fruit1)
34print(sorted(fruits))34print(sorted(fruits))
35par = int(input())35par = int(input())
n36stroke = int(input())n36strokes = int(input())
37if (par > 5) or (par < 3):37if par != 3 and par != 4 and par != 5:
38    print('Error')38    print('Error')
n39elif (stroke == par - 2):n39elif strokes == (par - 2):
40    print('Eagle')40    print('Eagle')
n41elif (stroke == par - 1):n41elif strokes == (par - 1):
42    print('Birdie')42    print('Birdie')
n43elif (stroke == par):n43elif strokes == par:
44    print('Par')44    print('Par')
t45elif (stroke == par + 1):t45elif strokes == (par + 1):
46    print ('Bogey')46    print('Bogey')
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Page 63

Student ID: 422, P-Value: 2.32e-01

Nearest Neighbor ID: 378

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
n18print(our_list)n18print(our_list)my_fruit1 = input()
19my_fruit1 = input()
20my_fruit2 = input()19my_fruit2 = input()
21my_fruit3 = input()20my_fruit3 = input()
22your_fruit1 = input()21your_fruit1 = input()
23your_fruit2 = input()22your_fruit2 = input()
24their_fruit = input()23their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}24fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))25print(sorted(fruits))
27fruits.add(your_fruit1)26fruits.add(your_fruit1)
28fruits.add(your_fruit2)27fruits.add(your_fruit2)
29print(sorted(fruits))28print(sorted(fruits))
30fruits.add(their_fruit)29fruits.add(their_fruit)
31print(sorted(fruits))30print(sorted(fruits))
32fruits.add(your_fruit1)31fruits.add(your_fruit1)
33print(sorted(fruits))32print(sorted(fruits))
34fruits.remove(my_fruit1)33fruits.remove(my_fruit1)
35print(sorted(fruits))34print(sorted(fruits))
36par = int(input())35par = int(input())
37strokes = int(input())36strokes = int(input())
38if par != 3 and par != 4 and par != 5:37if par != 3 and par != 4 and par != 5:
39    print('Error')38    print('Error')
t40else:t39elif strokes == (par - 2):
41    if par == strokes:
42        print('Par')
43    elif par + 1 == strokes:
44        print('Bogey')40    print('Eagle')
45    elif par - 1 == strokes:41elif strokes == (par - 1):
46        print('Birdie')42    print('Birdie')
47    elif par - 2 == strokes:43elif strokes == par:
44    print('Par')
45elif strokes == (par + 1):
48        print('Eagle')46    print('Bogey')
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Page 64

Student ID: 383, P-Value: 2.34e-01

Nearest Neighbor ID: 455

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
35print(sorted(fruits))35print(sorted(fruits))
36par = int(input())36par = int(input())
n37numStrokes = int(input())n37number_strokes = int(input())
38if 2 < par < 6:38if par == 3 or par == 4 or par == 5:
39    if (numStrokes - par) == -2:39    if number_strokes == par - 2:
40        print("Eagle")40        print("Eagle") 
41    elif (numStrokes - par) == -1:41    elif number_strokes == par -1:
42        print("Birdie")42        print("Birdie")
n43    elif numStrokes == par:n43    elif number_strokes == par:
44        print("Par")44        print("Par")
n45    elif (numStrokes - par) == 1:n45    elif number_strokes == par + 1:
46        print("Bogey")46        print("Bogey")
t47else: t47else:
48    print("Error")48    print("Error")
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Page 65

Student ID: 449, P-Value: 2.36e-01

Nearest Neighbor ID: 92

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
n7my_list =  [my_flower1, my_flower2, my_flower3]n7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
n18print(our_list)n18print(our_list)my_fruit1 = input()
19my_fruit1 = input()
20my_fruit2 = input()19my_fruit2 = input()
21my_fruit3 = input()20my_fruit3 = input()
22your_fruit1 = input()21your_fruit1 = input()
23your_fruit2 = input()22your_fruit2 = input()
24their_fruit = input()23their_fruit = input()
25fruits = {my_fruit1, my_fruit2, my_fruit3}24fruits = {my_fruit1, my_fruit2, my_fruit3}
26print(sorted(fruits))25print(sorted(fruits))
27fruits.add(your_fruit1)26fruits.add(your_fruit1)
28fruits.add(your_fruit2)27fruits.add(your_fruit2)
29print(sorted(fruits))28print(sorted(fruits))
30fruits.add(their_fruit)29fruits.add(their_fruit)
31print(sorted(fruits))30print(sorted(fruits))
32fruits.add(your_fruit1)31fruits.add(your_fruit1)
33print(sorted(fruits))32print(sorted(fruits))
34fruits.remove(my_fruit1)33fruits.remove(my_fruit1)
n35print(sorted(fruits))n34print(sorted(fruits))par_num = int(input())
36num_strokes = int(input())35num_strokes = int(input())
n37par = int(input())n36if ((par_num == 3) or (par_num == 4) or (par_num == 5)):
38if num_strokes == 1:
39    print ('Error')
40elif par == 3 or 4 or 5:
41    if (par - num_strokes == -2):37    if (num_strokes - par_num == -2):
42        print('Eagle')38        print('Eagle')
n43    elif (par - num_strokes == -1):n39    elif (num_strokes - par_num == -1):
44        print('Birdie')40        print('Birdie')
n45    elif (par - num_strokes == 0):n41    elif (num_strokes == par_num):
46        print('Par')42        print('Par')
n47    elif (par - num_strokes == 1):n43    elif (num_strokes - par_num == 1):
48        print('Bogey')44        print('Bogey')
tt45    else:
46        print('Error')
49else:47else:
50    print('Error')48    print('Error')
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Page 66

Student ID: 92, P-Value: 2.36e-01

Nearest Neighbor ID: 449

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
n7my_list = [my_flower1, my_flower2, my_flower3]n7my_list =  [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
n18print(our_list)my_fruit1 = input()n18print(our_list)
19my_fruit1 = input()
19my_fruit2 = input()20my_fruit2 = input()
20my_fruit3 = input()21my_fruit3 = input()
21your_fruit1 = input()22your_fruit1 = input()
22your_fruit2 = input()23your_fruit2 = input()
23their_fruit = input()24their_fruit = input()
24fruits = {my_fruit1, my_fruit2, my_fruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
25print(sorted(fruits))26print(sorted(fruits))
26fruits.add(your_fruit1)27fruits.add(your_fruit1)
27fruits.add(your_fruit2)28fruits.add(your_fruit2)
28print(sorted(fruits))29print(sorted(fruits))
29fruits.add(their_fruit)30fruits.add(their_fruit)
30print(sorted(fruits))31print(sorted(fruits))
31fruits.add(your_fruit1)32fruits.add(your_fruit1)
32print(sorted(fruits))33print(sorted(fruits))
33fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
n34print(sorted(fruits))par_num = int(input())n35print(sorted(fruits))
35num_strokes = int(input())36num_strokes = int(input())
n36if ((par_num == 3) or (par_num == 4) or (par_num == 5)):n37par = int(input())
38if num_strokes == 1:
39    print ('Error')
40elif par == 3 or 4 or 5:
37    if (num_strokes - par_num == -2):41    if (par - num_strokes == -2):
38        print('Eagle')42        print('Eagle')
n39    elif (num_strokes - par_num == -1):n43    elif (par - num_strokes == -1):
40        print('Birdie')44        print('Birdie')
n41    elif (num_strokes == par_num):n45    elif (par - num_strokes == 0):
42        print('Par')46        print('Par')
n43    elif (num_strokes - par_num == 1):n47    elif (par - num_strokes == 1):
44        print('Bogey')48        print('Bogey')
t45    else:t
46        print('Error')
47else:49else:
48    print('Error')50    print('Error')
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Page 67

Student ID: 337, P-Value: 2.36e-01

Nearest Neighbor ID: 162

Student (left) and Nearest Neighbor (right).


f1my_flower1 = input()f1my_flower1 = input()
2my_flower2 = input()2my_flower2 = input()
3my_flower3 = input()3my_flower3 = input()
4your_flower1 = input()4your_flower1 = input()
5your_flower2 = input()5your_flower2 = input()
6their_flower = input()6their_flower = input()
7my_list = [my_flower1, my_flower2, my_flower3]7my_list = [my_flower1, my_flower2, my_flower3]
8your_list = [your_flower1, your_flower2]8your_list = [your_flower1, your_flower2]
9our_list = my_list + your_list9our_list = my_list + your_list
10print(our_list)10print(our_list)
11our_list.append(their_flower)11our_list.append(their_flower)
12print(our_list)12print(our_list)
13our_list[1] = their_flower13our_list[1] = their_flower
14print(our_list)14print(our_list)
15our_list.remove(their_flower)15our_list.remove(their_flower)
16print(our_list)16print(our_list)
17our_list.pop(1)17our_list.pop(1)
18print(our_list)18print(our_list)
19my_fruit1 = input()19my_fruit1 = input()
20my_fruit2 = input()20my_fruit2 = input()
21my_fruit3 = input()21my_fruit3 = input()
22your_fruit1 = input()22your_fruit1 = input()
23your_fruit2 = input()23your_fruit2 = input()
24their_fruit = input()24their_fruit = input()
n25fruits = { my_fruit1, my_fruit2, my_fruit3 }n25fruits ={my_fruit1, my_fruit2,my_fruit3}
26print(sorted(fruits))26print(sorted(fruits))
27fruits.add(your_fruit1)27fruits.add(your_fruit1)
28fruits.add(your_fruit2)28fruits.add(your_fruit2)
29print(sorted(fruits))29print(sorted(fruits))
30fruits.add(their_fruit)30fruits.add(their_fruit)
31print(sorted(fruits))31print(sorted(fruits))
32fruits.add(your_fruit1)32fruits.add(your_fruit1)
33print(sorted(fruits))33print(sorted(fruits))
34fruits.remove(my_fruit1)34fruits.remove(my_fruit1)
n35print(sorted(fruits))n35print(sorted(fruits))par_allowed = (3, 4, 5)
36par = (3, 4, 5)
37score = int(input())36par = int(input())
38strokes = int(input())37strokes = int(input())
n39if score in par:n38if par in par_allowed:
40    if score == strokes:39    if par == strokes:
41        print('Par')40        print('Par')
n42    elif (score - 2) == strokes:n41    elif par - 2 == strokes:
43        print('Eagle')42        print('Eagle')
n44    elif (score - 1) == strokes:n43    elif par -1 == strokes:
45        print('Birdie')44        print('Birdie')
t46    elif (score + 1) == strokes:t45    elif par + 1 == strokes:
47        print('Bogey')46        print('Bogey')
48else:47else:
49    print('Error')48    print('Error')
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Page 68

Student ID: 304, P-Value: 1.00e+00

Nearest Neighbor ID: 254

Student (left) and Nearest Neighbor (right).


n1f1=input()n1my_flower1 = input()
2f2=input()2my_flower2 = input()
3f3=input()3my_flower3 = input()
4mylist=[f1,f2,f3]4your_flower1 = input()
5yf1=input()5your_flower2 = input()
6yf2=input()6their_flower = input()
7urlist=[yf1,yf2]7my_list=[my_flower1, my_flower2, my_flower3]
8your_list=[your_flower1, your_flower2]
8ourlist=mylist+urlist9our_list=my_list + your_list
9theirf=input()
10print(ourlist)10print(our_list)
11ourlist.append(theirf)11our_list.append(their_flower)
12print(ourlist)12print(our_list)
13ourlist[1]=theirf13our_list[1]=their_flower
14print(ourlist)14print(our_list)
15ourlist.remove(theirf)15our_list.remove(our_list[1])
16print(ourlist)16print(our_list)
17del ourlist[1]17our_list.remove(our_list[1])
18print(ourlist)mf1=input()18print(our_list)
19mf2=input()19my_fruit1 = input()
20mf3=input()20my_fruit2 = input()
21yf1=input()21my_fruit3 = input()
22yf2=input()22your_fruit1 = input()
23tf=input()23your_fruit2 = input()
24fruits=sorted([mf1,mf2,mf3])24their_fruit = input()
25fruits={my_fruit1, my_fruit2, my_fruit3}
25fruits=sorted(set(fruits))26print(sorted(fruits))
26print(fruits)27fruits.add(your_fruit1)
27fruits.append(yf1)28fruits.add(your_fruit2)
28fruits.append(yf2)
29fruits=sorted(set(fruits))29print(sorted(fruits))
30print(fruits)30fruits.add(their_fruit)
31fruits.append(tf)
32fruits=sorted(set(fruits))31print(sorted(fruits))
33print(fruits)32fruits.add(your_fruit1)
34fruits.append(yf1)
35fruits=sorted(set(fruits))33print(sorted(fruits))
36print(fruits)
37fruits.remove(mf1)34fruits.remove(my_fruit1)
38fruits=sorted(set(fruits))35print(sorted(fruits))
39print(fruits)
40a=int(input())36par=int(input())
41b=int(input())37st=int(input())
42if 3<=a<=5:38if par>5 or par<3:
43    if b==(a+1):
44     print('Bogey')
45    elif b==(a-1):
46        print('Birdie')
47    elif b==(a-2):
48        print('Eagle')
49    elif b==a:
50        print('Par')
51else:
52    print('Error')39    print('Error')
tt40elif st==par-2:
41    print('Eagle')
42elif st==par-1:
43    print('Birdie')
44elif st==par:
45    print('Par')
46elif st==par+1:
47    print('Bogey')
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Page 69

Student ID: 432, P-Value: 1.00e+00

Nearest Neighbor ID: 33

Student (left) and Nearest Neighbor (right).


n1myFlower1 = input()n1my_flower1 = input()
2myFlower2 = input()2my_flower2 = input()
3myFlower3 = input()3my_flower3 = input()
4yourFlower1 = input()4your_flower1 = input()
5yourFlower2 = input()5your_flower2 = input()
6theirFlower = input()6their_flower = input()
7myList = [myFlower1, myFlower2, myFlower3]7my_list = [my_flower1, my_flower2, my_flower3]
8yourList = [yourFlower1, yourFlower2]8your_list = [your_flower1, your_flower2]
9ourList = myList + yourList9our_list = my_list + your_list
10print(ourList)10print(our_list)
11ourList.append(theirFlower)11our_list.append(their_flower)
12print(ourList)12print(our_list)
13ourList[ourList.index(myFlower2)] = theirFlower13replace = our_list.index(my_flower2)
14our_list[replace] = their_flower
14print(ourList)15print(our_list)
15del ourList[1]16our_list.remove(their_flower)
16print(ourList)17print(our_list)
17del ourList[1]18our_list.pop(1)
18print(ourList)myFruit1 = input()19print(our_list)my_fruit1 = input()
19myFruit2 = input()20my_fruit2 = input()
20myFruit3 = input()21my_fruit3 = input()
21yourFruit1 = input()22your_fruit1 = input()
22yourFruit2 = input()23your_fruit2 = input()
23theirFruit = input()24their_fruit = input()
24fruits = {myFruit1, myFruit2, myFruit3}25fruits = {my_fruit1, my_fruit2, my_fruit3}
25print(sorted(fruits))26print(sorted(fruits))
n26fruits.add(yourFruit1)n27fruits.add(your_fruit1)
27fruits.add(yourFruit2)28fruits.add(your_fruit2)
28print(sorted(fruits))29print(sorted(fruits))
n29fruits.add(theirFruit)n30fruits.add(their_fruit)
30print(sorted(fruits))31print(sorted(fruits))
n31fruits.add(yourFruit1)n
32print(sorted(fruits))32print(sorted(fruits))
n33fruits.remove(myFruit1)n33fruits.remove(my_fruit1)
34print(sorted(fruits))par = int(input())34print(sorted(fruits))par = int(input())
35strokes = int(input())35strokes = int(input())
n36scoreMap = {n36if par < 3 or par > 5:
37    -2: "Eagle",37    print('Error')
38    -1: "Birdie",
39    0: "Par",
40    1: "Bogey"
41}
42if (par < 3 or par > 5): print("Error")
43else:38else:
t44    try:t39    score = par - strokes
45        print(scoreMap[strokes - par])40    if score == 2:
46    except:41        score = 'Eagle'
47        print("Strokes is too far from par...")42    if score == 1:
43        score = 'Birdie'
44    if score == 0:
45        score = 'Par'
46    if score == -1:
47        score = "Bogey"
48    print(score)
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