I NEED THE ANSWER IN MIPS NOT C.

Ive asked this question 4 times and cant seem to get it in mips.

You are tasked to use positive integers to compute:

h = ( f / g );

#returns h_quotient and h_remainder

i = ( f + g ) / h_quotient;

#returns i_quotient and i_remainder

j = ( f g ) % i_quotient;

#returns j_remainder

More formally, write MIPS code to output the result of above expression of h, i, and j without using any

built-in MIPS/MARS instructions for multiplication or division. The values already entered for Part A for

a, b, c, and d can be used. Output the value of h, i, and j in a format shown below, as separate decimal

integers.

To receive credit, no multiplication, no division, and no shift instructions shall be used. Namely, do not use

any of {mul, mul.d, mul.s, mulo, mulou, mult, multu, mulu, div, divu, rem, sll, sllv, sra, srav, srl, srlv}. The

goal is to compose your own division technique. In addition, use of a loop is required for credit to realize

the division code. It is part of the project points to design a way to realize division using a loop.

Do not use

of Macro, Subroutines, or Functions in this project

.

You can refer to the definition of division and how division works. For example, given a positive integer

X, and a positive integer Y where X>Y then the division X/Y is computed such that unique integers Q and

R satisify X=( Y * Q + R) where 0 R < Y. The value Q is called the quotient and R is called the remainder.

Some examples are:

{X = 7, Y = 2} then 7 = 2 * 3 + 1 so Q=3 and R=1

{X = 8, Y = 4} then 8 = 4 * 2 + 0 so Q=2 and R=0

{X = 13, Y = 5} then 13 = 5 * 2 + 3 so Q=2 and R=3

Sample output for Part B is:

f_ten = 49026

g_ten = 13122

h_quotient = 3

h_remainder = 9660

i_quotient = 20716

i_remainder = 0

j_remainder = 15188

here is the code from the previous part A:

.data

msg1: .asciiz "Enter 4 integers A,B,C,D respectively: "

msg2: .asciiz "f_ten="

msg3: .asciiz " f_two="

msg4: .asciiz " g_ten="

msg5: .asciiz " g_two="

.text

main:

li $v0,4

la $a0,msg1 #program prints "Enter 4 integers A,B,C,D respectively: "

syscall

li $v0,5 #user enters integer A

syscall

move $t0,$v0 #stores integer A into t0

li $v0,5 #user enters integer B

syscall

move $t1,$v0 #stores integer B into t1

li $v0,5 #user enters integer C

syscall

move $t2,$v0 #stores integer C into t2

li $v0,5 #user enters integer D

syscall

move $t3,$v0 #stores integer D into t3

li $t6, 0 # sets t6 to zero

move $t4,$t0 #moves A into t4

move $t5,$t0 #moves A nto t5

jal multiply #multiplication of A by itsel

move $s0,$t6

li $t6,0 # resets t6 to zero

move $t4,$t1 #moves integer B ito t4

move $t5,$t3 #moves integer D into t5

jal multiply #multiplies B and D

sub $s0,$s0,$t6 #realizes function f

li $t6,0 # resets t6 to zero

move $t4,$t0 #moves A into t4

move $t5,$t3 #moves D into t5

jal multiply #multiplies A and D

move $s1,$t6

li $t6,0 # resets t6 to zero

li $t4,6 #sets t4 to 6

move $t5,$t2 #moves C to t5

jal multiply #multiplies C and 6

add $s1,$s1,$t6 #realizes function G

j printexit

multiply: #loop

beq $t4,$zero,term #when t4 is zero, end multiply

add $t6,$t6,$t5 #add t5 to t6 and store into t6

sub $t4,$t4,1 #subtract t4 by 1

j multiply

term:#endloop

jr $ra #return

printexit:

li $v0,4

la $a0,msg2 #program prints "f_ten="

syscall

li $v0,1 #displays f in decimal

move $a0,$s0

syscall

li $v0,4

la $a0,msg3 #program prints "f_two="

syscall

li $v0,35 #displays f in binary

move $a0,$s0

syscall

li $v0,4

la $a0,msg4 #program prints "g_ten="

syscall

li $v0,1 #displays g in decimal

move $a0,$s1

syscall

li $v0,4

la $a0,msg5 #program prints "g_two="

syscall

li $v0,35 #displays g in binary

move $a0,$s1

syscall

li $v0,10

syscall