Declare a one-dimensional aray 1 of 90 (9x10) elements that stores integers of the int data type. Assign unique random integers in the range of 1 (inclusive) to 90 (inclusive) to each element of this array. Then print the contents of this directory on the screen similar to the following output. 74 17 28 26 24 47 13 70 2 33 68 51 80 77 61 37 53 72 9 88 63 81 14 38 56 60 73 49 58 32 64 82 30 15 69 75 66 31 84 27 16 46 57 36 40 48 55 34 8 79 7 85 12 45 20 43 19 83 11 29 18 22 78 3 62 21 65 41 10 4 6 90 1 89 52 5 25 35 86 23 76 44 39 54 87 71 59 42 67 50 It will read them all, taking into account all the elements of this arrays one by one. For example, it says that the first number to search is 74 and the second number is 17. 5 53 57 75 62 13 49 79 80 23 19 67 74 39 34 24 23 37 46 63 77 26 39 88 10 31 45 22 1 75 9 38 51 69 17 63 45 28 80 74 90 49 34 21 72 50 82 75 20 62 21 18 66 79 48 81 85 59 1 35 18 19 80 42 6 15 3 76 28 85 30 50 66 20 84 Array2 with 75 (5x15) elements consists of random numbers, find numbers similar to array1, replace them with -1 and write the c+H code that replaces them in array2. As seen in the figure below: 5 53 57 75 62 -1 49 79 -1 23 19 67 -1 39 34 -1 23 37 46 63 77 -1 39 88 10 31 45 22 1 75 9 38 -1 69 -1 63 45 -1 -1 -1 90 49 34 21 72 50 82 75 20 62 21 18 66 79 48 81 85 59 1 35 18 19 -1 42 6 15 3 76 -1 85 30 50 66 20 84
Declare a one-dimensional aray 1 of 90 (9x10) elements that stores integers of the int data type. Assign unique random integers in the range of 1 (inclusive) to 90 (inclusive) to each element of this array. Then print the contents of this directory on the screen similar to the following output. 74 17 28 26 24 47 13 70 2 33 68 51 80 77 61 37 53 72 9 88 63 81 14 38 56 60 73 49 58 32 64 82 30 15 69 75 66 31 84 27 16 46 57 36 40 48 55 34 8 79 7 85 12 45 20 43 19 83 11 29 18 22 78 3 62 21 65 41 10 4 6 90 1 89 52 5 25 35 86 23 76 44 39 54 87 71 59 42 67 50 It will read them all, taking into account all the elements of this arrays one by one. For example, it says that the first number to search is 74 and the second number is 17. 5 53 57 75 62 13 49 79 80 23 19 67 74 39 34 24 23 37 46 63 77 26 39 88 10 31 45 22 1 75 9 38 51 69 17 63 45 28 80 74 90 49 34 21 72 50 82 75 20 62 21 18 66 79 48 81 85 59 1 35 18 19 80 42 6 15 3 76 28 85 30 50 66 20 84 Array2 with 75 (5x15) elements consists of random numbers, find numbers similar to array1, replace them with -1 and write the c+H code that replaces them in array2. As seen in the figure below: 5 53 57 75 62 -1 49 79 -1 23 19 67 -1 39 34 -1 23 37 46 63 77 -1 39 88 10 31 45 22 1 75 9 38 -1 69 -1 63 45 -1 -1 -1 90 49 34 21 72 50 82 75 20 62 21 18 66 79 48 81 85 59 1 35 18 19 -1 42 6 15 3 76 -1 85 30 50 66 20 84
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Transcribed Image Text:Declare a one-dimensional aray 1 of 90 (9x10) elements that stores integers
of the int data type. Assign unique random integers in the range of 1
(inclusive) to 90 (inclusive) to each element of this array. Then print the
contents of this directory on the screen similar to the following output.
74 17 28 26 24
47
13
70
2 33
68 51
80
77
61
37
53
72
9
88
63
81
14
38
56
60
73
49
58
32
64
82
30
15
69
75
66
31
84
27
16
46
57
36
40
48
55
34
8
79
7
85
12
45
20
43
19
83
11
29
18
22
78
3
62
21
65
41
10
4
6 90
1
89
52
5
25
35
86 23
76 44 39 54
87
71
59
42
67 50
It will read them all, taking into account all the elements of this arrays one
by one. For example, it says that the first number to search is 74 and the
second number is 17.
5 53 57 75 62 13 49 79 80 23
19 67 74 39 34
24 23 37 46 63 77 26 39 88 10
31 45 22
1 75
9 38 51 69
17 63 45 28 80 74
90 49 34 21 72
50 82 75 20
62 21 18 66 79 48
81 85 59
1 35
18 19 80 42 6 15 3 76 28 85
30 50 66 20 84
Array2 with 75 (5x15) elements consists of random numbers, find numbers
similar to array1, replace them with -1 and write the c+H code that replaces
them in array2.
As seen in the figure below:
5 53 57 75 62 -1 49 79 -1 23 19 67 -1 39 34
-1 23 37 46 63 77 -1 39 88 10 31 45 22
1 75
9 38 -1
69
-1
63 45
-1
-1 -1 90 49
34 21 72
50 82 75 20
62 21 18 66
79 48 81 85
59
1 35
18 19 -1 42
6 15
3
76 -1 85 30 50 66 20 84
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