Q1. An executable file for a certain assembly language program has been uploaded to memory via the debug utility as shown below. C Command Prompt - DEBUG PROG4.EXE C:\TASM>DEBUG PROG4.EXE FU CS:10 29 ØBA3:0010 B8A3ØB ØBA3:0013 8ED8 ØBA3:0015 B90500 ØBA3:0018 BBØ000 ØBA3:001B BØ00 ØBA3:001D 0207 ØBA3:001F 43 OBA3:0020 49 ØBA3:0021 75FA ØBA3:0023 A20500 ØBA3:0026 B44C ØBA3:0028 CD21 MOU MOU MOU MOU MOU ADD INC DEC JNZ MOU AX,ØBA3 DS,AX CX,0005 BX,0000 AL,00 AL, [BX] BX CX 001D (0005 ),AL AH,4C 21 MOU INT 1- Write the necessary debug command to run this program. 2- Write the necessary debug command to display the data locations in the data segment of the memory. How many memory locations are stored in the data segment?

1) What value will RAX contain after the following instructions execute? .data dwordval DWORD 84326732h .code mov xax, OFFFFFFFF00000000h mov edx dwordval

C Using Pre x O Programn x С Create A C х c Create A ( X b Answered x A MAN 200 E Managen x O Organizat x O Organizat x O Mail - CH O File | /home/chronos/u-9fc763568ce5f82c2f06e33f52ce53e32aecca1e/MyFiles/Downloads/Programming%20lnstructions%20_Dr%20Castillo_curr(2)%2. Q Programming Instructions _Dr Castillo_curr(2) (1).pdf 45/ 53 UNIT B: C++ 2. Using Predefined functions, write a C++ program GEOMETRY to: a) Calculate the volume of a sphere is the radius r is known b) Calculate the distance between 2 points if the coordinates are known c) Determine the amount of characters in a string b) Calculate the distance between 2 points if coordinates a) Calculate the volume when radius are known is known (x1,v1) (x2 – x1)^2+ (y2 – y1)^2- distance V = (4/3) * TT*r х (x2,v2) c) Calculate the number of characters, including blanks, in "Programming with C++" SAMPLE 1 Please enter a phrase or sentence, you may include spaces : Programming with C++ 2:22

Command line arguments are passed to int main(int argc, char** argv) as arguments argc and argv. You should assume that argc is at ebp+8 and argv is at ebp+12. 00000000 <what>:   0:   push   %ebp   1:   mov    %esp,%ebp   3:   sub    $0x10,%esp   6:   mov    0x8(%ebp),%eax   9:   add    $0x4,%eax   c:   mov    %eax,-0x4(%ebp)   f:   mov    0x8(%ebp),%eax  12:   imul   0xc(%ebp),%eax  16:   mov    %eax,-0x8(%ebp)  19:   mov    0x8(%ebp),%eax  1c:   sub    0xc(%ebp),%eax  1f:   mov    %eax,-0xc(%ebp)  22:   mov    -0x4(%ebp),%edx  25:   mov    -0x8(%ebp),%eax  28:   add    %eax,%edx  2a:   mov    -0xc(%ebp),%eax  2d:   add    %edx,%eax  2f:   leave  30:   ret00000031 <main>:  31:   lea    0x4(%esp),%ecx  35:   and    $0xfffffff0,%esp  38:   pushl  -0x4(%ecx)  3b:   push   %ebp  3c:   mov    %esp,%ebp  3e:   push   %ebx  3f:   push   %ecx  40:   sub    $0x10,%esp  43:   mov    %ecx,%ebx  45:   mov    0x4(%ebx),%eax  48:   add    $0x4,%eax  4b:   mov    (%eax),%eax  4d:   sub…