pleaseeeeee solve part 5 globl main# Defines.eqv PRINT_INT 1.eqv PRINT_STR 4.eqv EXIT_CODE 93.datainput:.word 6output:.word 0result_str:.asciz "! = ".textmain:lw a0, inputjal fact_funcla to, outputsw a0,0(t0)exit:lw a0, inputli a7, PRINT_INTecallla a0, result_strli a7, PRINT_STRecalllw a0, outputli a7, PRINT_INTecallli a0, 0li a7, EXIT_CODEecallebreakaddi sp, sp, -16sw s0, 0(sp)sw s1, 4(sp)SW S2, 8(sp)sw ra, 12(sp)mv s0, a0li to,1ble s0, t0, done_factaddi s1,50, -1li a0,1li s2,1blez s1,done_factaddi s2, s2,1mv a1, s2jal mul_funcaddi s1,s1,-1j do_factlw s0, 0(sp)lw s1,4(sp)lw s2, 8(sp)lw ra, 12 (sp)addi sp, sp, 16retaddi sp, sp, -12sw s0, 0(sp)sw s1, 4(sp)sw ra, 8(sp)mv s0, a0mv s1, a1mul a0, so, s1lw s0, 0(sp)lw s1, 4(sp)lw ra, 8(sp)addi sp, sp, 12retfact_func:do_fact:done_fact:mul_func:# The location for the input data# allocates 4 byte set to 6# The location for the output data# allocates 4 byte set to 0# The location for the result string data# allocates 1 byte per chacter plus null character# Label for start of program# Load input Value# Jump and link (save return address) to factorial function# Load output address to to# Save output value to output memory location# Load Input value into a0# System call code for print_int code 1# Make system call# Put result_str address in a0# System call code for print_str code 4# Make system call# Load output value into ao# System call code for print_int code 1# Make system call# Exit (93) with code 0# System call value# Make system call# Finish with breakpoint# Make room to save values on the stack# This function uses 3 callee save regs# This function is responsible for them# Each register is 4 bytes# The ra needs to be saved in case jal is used again# Save the argument into so# Loads the value 1 into a to# If Input is 1 or less, then skip to end# Put input-1 into s1# Load 1 in a0 (caller saved/ argument)# Load 1 in s2 (callee saved)# If s1 is less than or equal to zero then jump to end# Increment s2 by 1#Move s2 into a1 (argument)# Multiply subroutine, argument (a0,a1) return value (a0)# decrement s1 counter#jump to top of loop to do next factorial until s1 is 0# Restore any callee saved regs used# Each register is 4 bytes## Retore correct return address# Update stack pointer# Jump to return address# Make room to save values on the stack# This function uses 2 callee save regs# This function is responsible for them# Save the return address# Save the arguments in callee save regs## Multiply argument and output to a0# Restore any callee saved regs used# Each register is 4 bytes# Restore return address# Update stack pointer# Jump to return address Part 2.4: Example #31. What is the cycle count when the programfinishes?2. How many new lines of instructions wereadded (diff example_2.s example_3.s)?3. What is the lowest value of the stack pointer(sp) during the program?4. What registers are used for the arguments tosubroutines and the return values?5. What is the difference between sX and axregisters in the calling convention?

Question

pleaseeeeee solve part 5 globl main# Defines.eqv PRINT_INT 1.eqv PRINT_STR 4.eqv EXIT_CODE 93.datainput:.word 6output:.word 0result_str:.asciz &#34;! = &#34;.textmain:lw a0, inputjal fact_funcla to, outputsw a0,0(t0)exit:lw a0, inputli a7, PRINT_INTecallla a0, result_strli a7, PRINT_STRecalllw a0, outputli a7, PRINT_INTecallli a0, 0li a7, EXIT_CODEecallebreakaddi sp, sp, -16sw s0, 0(sp)sw s1, 4(sp)SW S2, 8(sp)sw ra, 12(sp)mv s0, a0li to,1ble s0, t0, done_factaddi s1,50, -1li a0,1li s2,1blez s1,done_factaddi s2, s2,1mv a1, s2jal mul_funcaddi s1,s1,-1j do_factlw s0, 0(sp)lw s1,4(sp)lw s2, 8(sp)lw ra, 12 (sp)addi sp, sp, 16retaddi sp, sp, -12sw s0, 0(sp)sw s1, 4(sp)sw ra, 8(sp)mv s0, a0mv s1, a1mul a0, so, s1lw s0, 0(sp)lw s1, 4(sp)lw ra, 8(sp)addi sp, sp, 12retfact_func:do_fact:done_fact:mul_func:# The location for the input data# allocates 4 byte set to 6# The location for the output data# allocates 4 byte set to 0# The location for the result string data# allocates 1 byte per chacter plus null character# Label for start of program# Load input Value# Jump and link (save return address) to factorial function# Load output address to to# Save output value to output memory location# Load Input value into a0# System call code for print_int code 1# Make system call# Put result_str address in a0# System call code for print_str code 4# Make system call# Load output value into ao# System call code for print_int code 1# Make system call# Exit (93) with code 0# System call value# Make system call# Finish with breakpoint# Make room to save values on the stack# This function uses 3 callee save regs# This function is responsible for them# Each register is 4 bytes# The ra needs to be saved in case jal is used again# Save the argument into so# Loads the value 1 into a to# If Input is 1 or less, then skip to end# Put input-1 into s1# Load 1 in a0 (caller saved/ argument)# Load 1 in s2 (callee saved)# If s1 is less than or equal to zero then jump to end# Increment s2 by 1#Move s2 into a1 (argument)# Multiply subroutine, argument (a0,a1) return value (a0)# decrement s1 counter#jump to top of loop to do next factorial until s1 is 0# Restore any callee saved regs used# Each register is 4 bytes## Retore correct return address# Update stack pointer# Jump to return address# Make room to save values on the stack# This function uses 2 callee save regs# This function is responsible for them# Save the return address# Save the arguments in callee save regs## Multiply argument and output to a0# Restore any callee saved regs used# Each register is 4 bytes# Restore return address# Update stack pointer# Jump to return address Part 2.4: Example #31. What is the cycle count when the programfinishes?2. How many new lines of instructions wereadded (diff example_2.s example_3.s)?3. What is the lowest value of the stack pointer(sp) during the program?4. What registers are used for the arguments tosubroutines and the return values?5. What is the difference between sX and axregisters in the calling convention?

Accepted Answer

Here below difference between the sX and aX register.

5. What is the difference between sX and ax registers in the calling convention?