Introduction: In this lab, you will write a MIPS program that manipulates elements of a 2D array in row major order Getting started: 1. In MARS, create a new assembly file with the name lab10.asm. 2. Start with the following "blank" assembly program: # Description Data segment data #your data will go here text globl MAIN MAIN #End of file 3. Assemble the file (F3). You should receive no warnings or errors. Requirements: In 100 lines of code or less, do the following: 1. Write a MIPS program that faithfully mimics the following C program (pay attention to the comments) #include "stdio.h" int array [6] [8]; int rowS; int cols; int r; // You may store in Sto int c; // You may store in $t1 int val; // You may store in St2 char rowS char cols-prompt - "cols-"; char r prompt "Inr-"; "rows=" ; = Introduction: In this lab, you will write a MIPS program that manipulates elements of a 2D array in row major order Getting started: 1. In MARS, create a new assembly file with the name lab10.asm. 2. Start with the following "blank" assembly program: # Description Data segment data #your data will go here text globl MAIN MAIN #End of file 3. Assemble the file (F3). You should receive no warnings or errors. Requirements: In 100 lines of code or less, do the following: 1. Write a MIPS program that faithfully mimics the following C program (pay attention to the comments) #include "stdio.h" int array [6] [8]; int rowS; int cols; int r; // You may store in Sto int c; // You may store in $t1 int val; // You may store in St2 char rowS char cols-prompt - "cols-"; char r prompt "Inr-"; "rows=" ; =