Modify your First MIPS Program $($or start from scratch$)$ to do the math shown below.

Open a new file in MARS called SecondMIPSProgram.asm

Write a program that does the following math

x $=(73)+(5+2)$

Make sure you store the results in $t$4.$

Hint: You may need to use other registers besides $t$0,$ $t$1$ and $t$2.$ Maybe...

Once it runs, document it well and upload it to Canvas under the SecondMIPSProgram.asm. Please make sure to attach it as a $.$asm file.

Note: All values are hardcoded. And nothing is displayed on the screen. Just need to verify that the correct value ends up in $t$4$

# File Name: SecondMipsProgram.asm

# Name: You

# Date: Day written

# Description$/$Purpose: This program performs the following equation.

# x $=($A $-$ B$)+($C $+$ D$)$

# This is going to take three steps

# First, $($A$-$B$)$

# Then $($C$+$D$)$

# Then add the results.

$.$text

$.$globl main

main:

addi $t$0,$ $zero, $7$ # A $-$ Load hard coded values $($called immediate value$)$ into $t$0,$ $t$1,$ $t$2$ and $t$3$

addi $t$1,$ $zero, $3$ #B

addi $t$2,$ $zero, $5$ #C

addi $t$3,$ $zero, $2$ #D

# Write your code here to do the math

# Make sure to exit cleanly

li $v$0,10$

syscall