Write a MIPS assembly language program that does the following in sequence

- takes user input for the value of an integer a

- takes user input for the value of an integer b

- takes user input for the value of an integer c

- prints the value of the quadratic equation ax² + bx + c for 10 different integer values of x starting from 1 to 10

I've done these so far:

.data

a: .asciiz "Enter a Value: " # Enter a Value

b: .asciiz "Enter b Value: " # Enter b Value

c: .asciiz "Enter c Value: " # Enter c Value

.text

la $a0, a # load the addr of prompt into $a0

li $t0, 4 # 4 is the print_string syscall

syscall # print the "Enter a Value"

li $t0, 5 # 5 is the read integer syscall

syscall # read the integer which gets stored in $v0

move $t0,$v0 # # put the integer in $t0 for for later processing

la $a1, b # load the addr of value into $a0

li $v0, 4 # 4 is the print_string syscall

syscall # print the string, "Double the number is "

move $t1, $v0 # put the value from $t0 in $a0 for printing

li $v0, 1 # 1 is the print_int syscall

syscall # print the value of doubled input number

la $a0, c # load the addr of endline into $a0

li $v0, 4 # 4 is the print_string syscall

syscall # print n endline character

# the following 2-line instructions are needed for the program to exit properly

li $v0, 10 # 10 is the exit program syscall

syscall # exit program

Please help me complete the program as basic as possible with MIPS MARS 4.5