Good afternoon request help with this program, whenever I r

Good afternoon request help with this program, whenever I run the… Good afternoon request help with this program, whenever I run the code it prints out all of the messages at once instead of one at a time and waiting for the user’s input. Request how to get the program to output the first question wait for users input and then proceed through next steps?OUTPUT:*********************************************************************************************************Image transcription text: C:WINDOWSsystem32cmd.exe – “C:IrvineProject32_VS2022DebugProject.exe” X C:Userssamue>”C: IrvineProject32_VS2022DebugProject. exe” Please enter the amount ofmoney made per job: The total amount of money made is: $The total amount of taxes owed is: $T … Show more… Show more******************************************************************************************************** CODE:****************************************************************************************************** ; This program calculates yearly earnings and owed taxes.INCLUDE Irvine32.inc.data    msg1 db “Please enter the amount of money made per job: “, 0          ; lines 5 – 10 declare double byte msg    msg2 db “The total amount of money made is: $”, 0                     ; variables for output to the user    msg3 db “The total amount of taxes owed is: $”, 0    msg4 db “The amount of taxes owed per job is: $”, 0    msg5 db “The amount of federal taxes owed is: $”, 0    msg6 db “The amount of state taxes owed is: $”, 0.codemain PROC     ; beginning of startup procedure   mov edx, offset msg1  ; adds the address location of msg1 to edx register   call WriteString   ; outputs msg1mov ecx, 0                     ; stores value 0 in ecx register   L1:                            ; marks beginning of loop 1 which adds 1 to ecx register and outputs msg2-msg6       add ecx, 1                 ; adds the value 1 to ecx register       mov edx, offset msg2  ; adds the address location of msg2 to edx register       call writestring  ; outputs msg2       mov edx, offset msg3  ; adds the address location of msg3 to edx register       call writestring  ; outputs msg3       mov edx, offset msg4  ; adds the address location of msg4 to edx register       call writestring  ; outputs msg4       mov edx, offset msg5  ; adds the address location of msg5 to edx register       call writestring  ; outputs msg5       mov edx, offset msg6  ; adds the address location of msg6 to edx register       call writestring  ; outputs msg6       mov eax, 0            ; lines 33 – 37 stores the value 0 in each register       mov ebx, 0       mov edx, 0       mov esi, 0       mov edi, 0       fldz                  ;   L2:                       ; marks beginning of loop 2       call readint          ; reads input integer        cmp eax, 0            ; compares input integer value to zero       jl L3                 ; jumps to label L3 if input is less than zero       fadd dword ptr [eax]  ; if input is not less than zero adds input value to stack   L3:                       ; marks beginning of loop 3 takes input value from the stack       fstp dword ptr [esi]  ; pops top value of stack and stores 32-bit memory location pointed to by esi       mov eax, 18         ; moves value 18.5 to eax       mov ebx, 100          ; moves value 100 to ebx       mul ebx               ; multiples ebx by eax (18.5 * 100) and stores in eax       div ecx               ; divides eax by ecx (1850 / 100) and stores in eax       mov edx, eax          ; moves eax into edx, edx now holds (1850 / 100)       mov eax, esi          ; moves input value address into eax       add eax, edx          ; adds edx to input value and storing in eax (1850/100 + input value)       mov edx, 8         ; moves value 8.75 to edx       mov ebx, 100          ; moves value 100 to ebx       mul ebx               ; multiples ebx by edx (18.75 * 100)       div ecx               ; divides edx by ecx (875 / 100) and stores in edx       add eax, edx          ; adds edx to eax (875 / 100 + input value + tax calculation)       mov edx, eax          ; moves eax to edx (input value + tax____ + tax _____) to edx       mov esi, eax          ; moves eax to esi (input value + tax_____ + tax ____)       fld dword ptr [esi]   ; loads 32-bit value esi is pointing to onto the FPU stack       fadd dword ptr [edi]  ; adds (input value + tax_____ + tax ____) to value pointed to by edi and storing result in edi       fstp dword ptr [edi]  ; pops top value off FPU stack and stores in 32-bit memory location pointed to by edi       jmp L1                ; jumps back to label 1   L4:                       ; marks beginning of loop 4       mov eax, 0            ; stores the value of 0 in eax       ret            ; ending of loop procedures returns back to main method   main ENDP    ; end of startup procedureend main                      ; end the****************************************************************************************************Thank youEngineering & Technology Computer Science CSCI 3001

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