Next Square: Write a MIPS assembly program in the MARS simulator that solves the following problem. Given a number N and its square (N^2), the square of N+1 can be computed with the following equation: (N+1)^2 = N^2 + 2*N + 1 = N^2 + N + (N + 1). In other words, you can compute the square of N+1 by adding N and N+1 to the square of N. Your program should have a main routine that (i) prompts the user to enter the values for N and N^2, (ii) reads in these two integer values and confirms they are greater than zero (print an error message and exit if this is not true), (iii) enters a loop that prints the squares of numbers (N+i) from i=1 to i=3. The loop should call a procedure "nextsq" to implement the math. Procedure nextsq takes in arguments X and X^2 and returns the value X^2 + X + (X+1). You may use other procedures if you wish.

Here are some examples of how your program should behave:

If the inputs to your program are 2 4, the output should be: Enter N and N^2 (both positive): 2 4 Next 3 squares are: 9 16 25

If the inputs to your program are -3 9, the output should be: Enter N and N^2 (both positive): -3 9 The input is erroneous.