.data
num1:	.space	30
num2:	.space	30
sum:	.asciiz"\nTong: "
sub:	.asciiz"\nHieu: "
multi:	.asciiz"\nTich: "
div:	.asciiz"\nThuong: "
remain:	.asciiz"\nPhan du: "
	.text
	.globl	main
main:
	addi	$v0,$zero,5	#prepare system to read an integer
	syscall			#read an integer
	add	$t0,$v0,$zero	#t0 = num1
	addi	$v0,$zero,5	#prepare system to read an integer
	syscall			#read an integer
	add	$t1,$v0,$zero	#t1 = num2
	la	$a0,sum		#load address of sum into $a0
	addi	$v0,$zero,4	#prepare system to print string
	syscall			#print string
	add	$t2,$t0,$t1	#t2 = t0 + t1
	add	$a0,$zero,$t2	#a0 = t2 + 0
	addi	$v0,$zero,1	#prepare system to print integer
	syscall			#print integer
	la	$a0,sub		#print sub
	addi	$v0,$zero,4	#prepare system to print string
	syscall			#print string
	sub	$t3,$t0,$t1	#t3 = t0 - t1
	add	$a0,$zero,$t3	#a0 = t3 + 0
	addi	$v0,$zero,1	#prepare system to print integer
	syscall			#print integer
	la	$a0,multi	#print multi
	addi	$v0,$zero,4	#prepare system to print string
	syscall			#print string
	mult	$t0,$t1		#t0 * t1
	mflo	$a0		#a0 = t0 * t1
	addi	$v0,$zero,1	#prepare system to print integer
	syscall			#print integr
	la	$a0,div		#print div
	addi	$v0,$zero,4	#prepare system to print string
	syscall			#print string
	div	$t0,$t1		#t0 / t1
	mflo	$a0		#a0 = t0 / t1
	mfhi	$t5		#t5 = t0 % t1
	addi	$v0,$zero,1	#prepare system to print integer
	syscall			#print integer
	la	$a0,remain	#print remain
	addi	$v0,$zero,4	#prepare system to print string
	syscall			#print string
	add	$a0,$zero,$t5	#a0 = t5
	addi	$v0,$zero,1	#prepare system to print integer
	syscall			#print integer