Question

You are going to write a MIPS program that does the following

Create an array of 16 INTEGERS, you can put whatever you want in it, but they shouldn’t be sorted. Without using recursion:
a. Create a procedure to find the largest called findLargest
b. Create a procedure to find the smallest called findSmallest.
c. Create procedure called range, which is the difference between largest and smallest (range should call findLargest and findSmallest)

Answer 1

To write a MIPS assembly program with an array of integers that calculates the largest, smallest, and their range, you initialize the array, write separate procedures named 'findLargest' and 'findSmallest,' and a 'range' procedure that utilizes the other two procedures to compute the difference.

Step-by-step explanation:

To write a MIPS program that creates an array of 16 integers and includes procedures to find the largest, smallest, and calculate the range, you need to follow these steps:

• Initialize the data segment with an unsorted array of 16 integers.
• Write the findLargest procedure that iterates over the array and keeps track of the largest value.
• Write the findSmallest procedure, similar to findLargest, but it looks for the smallest value.
• Create a range procedure that calls both findLargest and findSmallest to find their respective values and then computes the difference between them.

Each procedure should use loops for iteration and conditional statements to compare and store values as needed without using recursion.