[Solved] Laboratory Ix Duplicate Reverse Array Using Pointers Given File 1000 Random Numbers Vary V Q37298062

random

87
78
13
6
9
38
97
33
64
19
6
24
64
44
72
43
60
13
36
74
50
28
38
85
57
30
12
96
52
91
68
16
74
25
81
45
77
76
18
10
39
66
60
70
76
65
41
68
24
5
57
57
15
50
44
32
78
67
71
71
55
84
95
20
21
85
32
90
41
39
3
57
36
39
26
43
79
33
20
45
55
90
31
61
45
61
69
81
41
39
63
72
92
21
16
48
28
86
1
56
87
72
86
34
71
15
33
87
1
16
60
42
11
84
100
51
71
18
77
33
1
25
71
45
92
1
97
28
78
63
36
55
33
7
30
50
48
45
84
11
41
76
9
75
2
43
20
21
35
28
29
2
8
81
55
97
27
77
36
32
12
97
65
99
35
63
88
91
86
86
32
52
4
58
43
8
93
98
53
1
43
96
76
53
92
1
23
100
65
96
20
48
86
35
93
64
87
24
46
66
31
38
35
87
62
40
67
53
4
21
13
49
72
77
34
67
39
23
60
62
82
91
1
16
44
6
35
62
84
60
51
60
41
40
71
19
91
50
12
43
39
57
88
59
38
92
80
70
19
19
25
19
53
26
60
89
86
73
53
33
57
64
7
11
1
73
55
55
3
80
70
84
86
26
76
21
57
45
17
76
92
78
95
75
27
80
68
69
28
77
51
53
11
91
87
73
42
56
84
62
14
5
66
41
24
87
91
61
48
67
13
43
36
88
21
34
88
62
98
73
73
65
48
94
82
82
50
45
90
86
65
75
7
97
79
55
51
9
89
66
4
78
29
49
81
80
99
97
88
39
76
38
78
90
71
96
13
4
24
42
15
62
18
64
71
81
90
84
49
99
68
59
50
60
51
85
13
63
69
98
50
64
96
10
87
84
29
96
50
47
61
34
15
29
40
28
66
77
37
2
86
38
10
94
47
46
66
23
2
80
20
2
36
16
14
23
64
78
73
64
71
27
42
68
100
3
38
67
53
24
86
99
56
17
6
90
66
31
51
19
37
51
83
78
40
68
72
24
56
85
31
38
29
81
10
72
38
75
68
45
92
23
68
13
66
65
57
67
6
65
48
13
29
74
98
53
95
12
51
8
1
53
80
16
12
73
70
62
19
42
26
26
56
61
40
99
79
86
78
41
6
88
88
57
76
79
54
90
36
67
21
89
21
72
71
100
76
22
53
98
13
75
57
38
46
19
85
24
44
91
25
96
75
1
72
55
92
79
50
19
37
74
48
94
25
76
68
56
49
73
19
56
82
55
80
77
35
68
51
78
97
65
2
80
93
92
87
59
50
21
62
2
5
32
24
31
9
69
16
50
26
25
56
32
36
33
64
71
3
1
47
92
26
99
58
42
76
72
21
69
70
61
78
97
51
66
73
28
89
99
98
77
76
3
49
98
44
70
83
45
93
6
40
50
6
62
51
28
72
13
86
1
96
64
67
99
92
87
11
25
96
49
82
69
35
59
9
15
89
2
95
89
91
90
62
84
67
93
88
83
72
45
27
87
24
2
5
96
12
68
51
78
23
15
76
17
43
96
9
53
13
68
100
64
15
54
5
42
55
5
83
20
65
81
47
44
1
87
14
48
30
4
64
59
74
99
37
87
8
46
15
69
38
52
40
91
54
53
58
56
39
22
28
13
47
68
42
98
64
69
96
7
8
48
87
92
13
6
96
2
41
63
25
68
45
75
9
24
68
36
100
3
39
71
63
8
82
36
73
31
1
11
62
65
68
8
47
45
20
23
98
23
95
24
95
68
66
37
75
21
53
42
43
77
62
20
73
11
70
77
63
1
20
11
5
74
11
19
36
71
63
4
66
4
86
100
43
39
17
5
80
33
72
32
60
91
38
82
85
96
14
36
92
54
49
45
91
86
69
38
6
72
93
13
100
38
70
48
51
99
37
92
86
43
63
93
14
2
45
41
71
38
88
21
41
49
35
27
34
53
46
12
38
66
19
87
44
13
39
19
26
82
84
18
93
41
96
2
2
20
16
20
16
5
2
91
45
93
48
78
94
60
14
82
39
83
69
6
91
17
21
55
37
3
68
74
15
6
80
59
78
35
39
84
83
37
69
35
40
76
38
65
38
89
84
43
13
73
19
53
8
71
79
84
51
62
54
92
78
22
91
23
28
85
54
41
12
1
4
92
55
73
49
53
82
89
1
16
93
34
72
57
7
25
50
32
24
3
58
81
85
37
12
43
95
28
52
2
23
35
29
67
44
36
7
25
50
41
49
77
70
12
46
49
13
33
2
40
13
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Laboratory IX: Duplicate and Reverse an Array Using Pointers You are given a file of 1000 random numbers, which vary in value between 1 and 100. This file is called: RandomList.txt Calculate the following statistics from this file of Random numbers. o Compute the Mean value of all the numbers in the file. o Compute the Median value of the numbers in the file o Compute the Mode value of the numbers in the file. This will require that you find the number(s) that happen to occur the most times in the file It will additionally require that you find out how many occurrences there were of this number. Note that there may be more than one mode (more than one number that has the maximum number of occurrences found). When you have an Average, call the instructor and demonstrate. When you have the Median, call the instructor and demonstrate. When you have the Mode(s), call the instructor and demonstrate. Here are the average number of movies seen, per month, for each student in a class. Student 1: 3 Student 2: 2 Student 3: 4 Student 4: 3 Student 5: 5 Student 6: 1 Student 7: 4 Student 8: 3 .Student 9: 6 .Student 10: 5 Student 11: 4 Student 12: 2 Student 13: 1 Student 14: 10 .Student 15: 7 Student 16: 4 Student 17: 3 Student 18: 2 Student 19: 4 Student 20: 5 Number of Students Seeing X Movies per Month . # Students having seen 1 movie/month: 2 . # Students having seen 2 movies/month: 3 . # Students having seen 3 movies/month: 4 . # Students having seen 4 movies/month: 5 . # Students having seen 5 movies/month: 3 . # Students having seen 6 movies/month: 1 . # Students having seen 7 movies/month: 1 . # Students having seen 8 movies/month: 0 . # Students having seen 9 movies/month: 0 . # Students having seen 10 movies/month: 1 The Mode is the Number that Occurs the Most Times . As you can see from the previous table, the Mode is 4 movies per month This is because there are 5 Students who regularly see 4 movies per month, more than see any other # of movies per month. Were we to graph this data in the form of a histogram, it would look like the following: At a Glance we can see the Mode is 4 Movies/Mo. # Students Histogram of # Students Having Seen N Movies/Month Movies/Month 10 The Mode is the Number that Occurs the Most Times As you can see from the previous table, the Mode is 4 movies per month This is because there are 5 Students who regularly see 4 movies per month, more than see any other # of movies per month. Were we to graph this data in the form of a histogram, it would look like the following: Show transcribed image text Laboratory IX: Duplicate and Reverse an Array Using Pointers You are given a file of 1000 random numbers, which vary in value between 1 and 100. This file is called: RandomList.txt Calculate the following statistics from this file of Random numbers. o Compute the Mean value of all the numbers in the file. o Compute the Median value of the numbers in the file o Compute the Mode value of the numbers in the file. This will require that you find the number(s) that happen to occur the most times in the file It will additionally require that you find out how many occurrences there were of this number. Note that there may be more than one mode (more than one number that has the maximum number of occurrences found). When you have an Average, call the instructor and demonstrate. When you have the Median, call the instructor and demonstrate. When you have the Mode(s), call the instructor and demonstrate.
Here are the average number of movies seen, per month, for each student in a class. Student 1: 3 Student 2: 2 Student 3: 4 Student 4: 3 Student 5: 5 Student 6: 1 Student 7: 4 Student 8: 3 .Student 9: 6 .Student 10: 5 Student 11: 4 Student 12: 2 Student 13: 1 Student 14: 10 .Student 15: 7 Student 16: 4 Student 17: 3 Student 18: 2 Student 19: 4 Student 20: 5
Number of Students Seeing X Movies per Month . # Students having seen 1 movie/month: 2 . # Students having seen 2 movies/month: 3 . # Students having seen 3 movies/month: 4 . # Students having seen 4 movies/month: 5 . # Students having seen 5 movies/month: 3 . # Students having seen 6 movies/month: 1 . # Students having seen 7 movies/month: 1 . # Students having seen 8 movies/month: 0 . # Students having seen 9 movies/month: 0 . # Students having seen 10 movies/month: 1
The Mode is the Number that Occurs the Most Times . As you can see from the previous table, the Mode is 4 movies per month This is because there are 5 Students who regularly see 4 movies per month, more than see any other # of movies per month. Were we to graph this data in the form of a histogram, it would look like the following:
At a Glance we can see the Mode is 4 Movies/Mo. # Students Histogram of # Students Having Seen N Movies/Month Movies/Month 10
The Mode is the Number that Occurs the Most Times As you can see from the previous table, the Mode is 4 movies per month This is because there are 5 Students who regularly see 4 movies per month, more than see any other # of movies per month. Were we to graph this data in the form of a histogram, it would look like the following:

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Answer to Laboratory IX: Duplicate and Reverse an Array Using Pointers You are given a file of 1000 random numbers, which vary in … . . .