A user-defined function to find all the odd numbers between X and Y (both inclusive). Where X = last 2-digits of your registration number, while Y = X + 25. The odd numbers identified should be stored in an array of suitable type and size. Display the contents of array (preferable using a function). Assume that the starting address of above declared array is 0x0120Z where Z is the last 3-digits of your registration number. Store this address in a pointer variable named as ptr_prime. Increment the ptr_prime by 1. What would be the address pointed by ptr_prime? What would be the value pointed by ptr_prime?
A user-defined function to find all the odd numbers between X and Y (both inclusive). Where X = last 2-digits of your registration number, while Y = X + 25. The odd numbers identified should be stored in an array of suitable type and size. Display the contents of array (preferable using a function). Assume that the starting address of above declared array is 0x0120Z where Z is the last 3-digits of your registration number. Store this address in a pointer variable named as ptr_prime. Increment the ptr_prime by 1. What would be the address pointed by ptr_prime? What would be the value pointed by ptr_prime?
C++ Programming: From Problem Analysis to Program Design
8th Edition
ISBN:9781337102087
Author:D. S. Malik
Publisher:D. S. Malik
Chapter8: Arrays And Strings
Section: Chapter Questions
Problem 1TF: Mark the following statements as true or false. A double type is an example of a simple data type....
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Write a complete one C++ program that performs the following task:
- A user-defined function to find all the odd numbers between X and Y (both inclusive). Where X = last 2-digits of your registration number, while Y = X + 25.
- The odd numbers identified should be stored in an array of suitable type and size.
- Display the contents of array (preferable using a function).
- Assume that the starting address of above declared array is 0x0120Z where Z is the last 3-digits of your registration number.
- Store this address in a pointer variable named as ptr_prime.
- Increment the ptr_prime by 1.
- What would be the address pointed by ptr_prime?
- What would be the value pointed by ptr_prime?
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