// This is the pseudocode for an ‘iterative’ binary search procedure CSC 219: Programing in C Lab 8 20 Points Due Apr 07, 2022 Using structs A rational number is defined by a numerator and...

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// This is the pseudocode for an ‘iterative’ binary search procedure CSC 219: Programing in C Lab 8 20 Points Due Apr 07, 2022 Using structs A rational number is defined by a numerator and denominator, where the denominator is not 0. ½, 6/1 and -5/4 are all rational numbers. Declare a struct rational to hold a rational number. Write four functions using the struct type that you declared. 1. An input function: This function takes a pointer to the struct type that you declared. The function prompts the user for two integers and puts them into the struct. 2. An output function: This function takes a pointer to the struct type that you declared. The function prints the number as: numerator / denominator. 3. An add function: This function takes three pointers to the struct type that you declared. Two pointers are to the operands and the third function is for the result. 4. A multiply function: This function takes three pointers to the struct type that you declared. Two pointers are to the operands and the third function is for the result. 5. Write a main function with a loop to test your functions. Sample output might look like this: Do you want to run the program (y/n): y Enter the numerator: 2 Enter the denominator: 3 Enter the numerator: 1 Enter the denominator: 5 Enter 1 for add and 2 for multiply: 1 The answer is 13 / 15 Do you want to run the program (y/n): y Enter the numerator: 2 Enter the denominator: 9 Enter the numerator: 3 Enter the denominator: 4 Enter 1 for add and 2 for multiply: 2 The answer is 6 / 24 Do you want to run the program (y/n): n Have a nice day. Note: Do not do any error checking for improper input. Just don’t make input mistakes. Do not worry about reducing the number to lowest terms. PAGE 1