Write a program that prompts the user to enter two integer numbers x and y. The program must check whether the sum of the numbers is equal to the second power of either x or y. In other words, x+y is equal to x Or x+y is equal to y². For example: if x=3 and y=6→ x+y is equal to x-9 if x=110 and y=11→ x+y is equal to y=121 The user is allowed to enter two numbers for 10 times maximum. When the sum is equal to the second power of either x or y, the program outputs the sum and the number of tries. It also outputs "The numbers should be positive!" when either x or y is negative.
Write a program that prompts the user to enter two integer numbers x and y. The program must check whether the sum of the numbers is equal to the second power of either x or y. In other words, x+y is equal to x Or x+y is equal to y². For example: if x=3 and y=6→ x+y is equal to x-9 if x=110 and y=11→ x+y is equal to y=121 The user is allowed to enter two numbers for 10 times maximum. When the sum is equal to the second power of either x or y, the program outputs the sum and the number of tries. It also outputs "The numbers should be positive!" when either x or y is negative.
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
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![Write a program that prompts the user to enter two integer numbers x and y. The program must check whether
the sum of the numbers is equal to the second power of either x or y. In other words, x+y is equal to x Or
x+y is equal to y². For example:
if x=3 and y=6→ x+y is equal to x-9
if x=110 and y=11 x+y is equal to y-121
The user is allowed to enter two numbers for 10 times maximum. When the sum is equal to the second
power of either x or y, the program outputs the sum and the number of tries. It also outputs "The numbers
should be positive!“ when either x or y is negative.
Sample Run 1:
Enter two integers: 13
Enter two integers: 2
The numbers should be positive!
Enter two integers: 11
Enter two integers: 15
Enter two integers: 7
-4
12
23
3
Enter two integers: 3
6
The numbers are 3 and 6, their sum is 9.
The number of tries is 6
Sample Run 2:
Enter two integers: 11 110
The numbers are 11 and 110, their sum is 121.
The number of tries is 1](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb3a75283-99d1-4de6-b234-a08b956dc945%2F0dbb4ccc-3e53-4007-b184-928cd68c9e6f%2Fvg1rhbr_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Write a program that prompts the user to enter two integer numbers x and y. The program must check whether
the sum of the numbers is equal to the second power of either x or y. In other words, x+y is equal to x Or
x+y is equal to y². For example:
if x=3 and y=6→ x+y is equal to x-9
if x=110 and y=11 x+y is equal to y-121
The user is allowed to enter two numbers for 10 times maximum. When the sum is equal to the second
power of either x or y, the program outputs the sum and the number of tries. It also outputs "The numbers
should be positive!“ when either x or y is negative.
Sample Run 1:
Enter two integers: 13
Enter two integers: 2
The numbers should be positive!
Enter two integers: 11
Enter two integers: 15
Enter two integers: 7
-4
12
23
3
Enter two integers: 3
6
The numbers are 3 and 6, their sum is 9.
The number of tries is 6
Sample Run 2:
Enter two integers: 11 110
The numbers are 11 and 110, their sum is 121.
The number of tries is 1
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