Use the multiply subroutine you wrote for the Assembly Language quiz and write an assembly

language program to implement a new function called MultiAdd. The MultiAdd function takes

three parameters, say $x,Y,$ and $Z$ and returns the result $x**Y+Z.$ The MultiAdd function must

use the Multiply function to get the product term in the expression. Use $5^{**}4+10$ as your test

data $($you should get $30).$

This was my assembly langauage program : ORG $100$

Input

Store A

Input

Store B

Input

Store C

Input

Store D

Load A

Store X

Load B

Store Y

Call Multiply

Load Result

Store AB$\_$Result

Load C

Store X

Load D

Store Y

Call Multiply

Load Result

Store CD$\_$Result

Load AB$\_$Result

Add CD$\_$Result

Output

Halt

Multiply,

Load Zero

Store Result

Load X

Store Temp

Loop,

Load Temp

Subtract One

Store Temp

Skipcond $800$

JumpZ EndLoop

Load Y

Add Result

Store Result

Jump Loop

EndLoop,

Load Result

JumpI Multiply

A$,0$

B$,0$

C$,0$

D$,0$

X$,0$

Y$,0$

Result, $0$

Temp, $0$

AB$\_$Result, $0$

CD$\_$Result, $0$

Zero, $0$

One, $1$