I urgently need help with the Assembly question listed below. Thank you in advance.

Problem $1$:

Translate each of the following $C$ code segments to $x86$ assembly code. Assume that the values $p,q,r$ and i are in

registers eax, ebx, ebx, and edx respectively. Also, assume that register ebp holds the base address of the array

E$.$ How many $x86$ instructions does it take to implement the $C$ code? If the variables $p,q,$ and $r$ are initialized

to $0,5,$ and $10$ and all the elements of array $E$ are initially $0,$ what is the total number of $x86$ instructions that are

executed to complete the loop?