Here you go Create a java program that generates elements (randomly from 10 – 75) of a 2-dimensional array (5x5) using the Random Class then perform the following: 1) Output the array elements 2) Output the sum of prime numbers in the array 3) Output the elements in the main diagonal. 4) Output the sum of the elements below the diagonal. 5) Output the sum of the elements above the diagonal. 6) Output the odd numbers below the diagonal. 7) Output the even numbers above the diagonal. NOTE: Please do not use the array methods available on the internet. Use the for loop, while loop or do-while loop statement in your codes..
Here you go Create a java program that generates elements (randomly from 10 – 75) of a 2-dimensional array (5x5) using the Random Class then perform the following: 1) Output the array elements 2) Output the sum of prime numbers in the array 3) Output the elements in the main diagonal. 4) Output the sum of the elements below the diagonal. 5) Output the sum of the elements above the diagonal. 6) Output the odd numbers below the diagonal. 7) Output the even numbers above the diagonal. NOTE: Please do not use the array methods available on the internet. Use the for loop, while loop or do-while loop statement in your codes..
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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Here you go Create a java program that generates elements (randomly from 10 – 75) of a 2-dimensional array (5x5) using the Random Class then perform the following:
1) Output the array elements
2) Output the sum of prime numbers in the array
3) Output the elements in the main diagonal.
4) Output the sum of the elements below the diagonal.
5) Output the sum of the elements above the diagonal.
6) Output the odd numbers below the diagonal.
7) Output the even numbers above the diagonal.
NOTE: Please do not use the array methods available on the internet.
Use the for loop, while loop or do-while loop statement in your codes..
Transcribed Image Text:Sample Input/Output:
Depicted below are sample outputs when the program is executed (the items in bold
characters are input from the user, while the items in bold italic are generated,
calculated and printed by the program):
1) Output the array elements
21 30
33 45
50
10
50
25
12
35
45
14
15
41
32
42
11
28
21
19
41
Output the sum of prime numbers in the array.
112
50
15
35
12
2)
3) Output the elements in the main diagonal.
21 10 35 28 41
4)
Output the sum of the elements below the diagonal.
286
5)
6)
7)
Output the sum of the elements above the diagonal.
311
Output the odd numbers below the diagonal.
25 45 15 41 19
Output the even numbers above the diagonal.
30 32 50 42 12
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