For Loop and Array:

Because the compiler has optimized some of the accesses to the array, the registers dont all correspond exactly to variables in the source code. (And the statements and instructions dont line up exactly one-toone either, so dont put too much significance in the way weve spaced the lines.) For each of the following registers, as it is used in a particular range of instructions (shown by their assembly code line number), write a C expression that corresponds to the value in the register. Your expressions should be written using the C variables mat, r, and c, together with C operators and constants; dont use register names.

#define SIZE 10 prob3: pushl movl pushl pushl pushl subl movl movl leal movl addl movl movl %ebp %esp, %ebp %edi %esi %ebx $4,%esp 8 (%ebp), $1, (%eax) 40 (%eax), %ebx $ void prob3 (int mat [SIZE] [SIZE]) 2 int r, ci %eax mat [0] [0] 1; = 10 12 13 14 15 16 1, 40(%eax) $80,%eax %eax,-16(%ebp) $1, %edi for (r = 1; r