Now let's bring in the math instructions. You'll find a complete list of the ISA in the appendix of the Lecture Notes

Companion $($which is also available on Canvas$).$ Implement the following C program in assembly, using your previous

work as a guide. Place your code in a file named math.s$.$

int b$,$ y;

void math$()\{$

b $=(((($y & y$)/8$;

$\}$

Make sure to include the halt instruction at the bottom of your assembly code. Your submission will timeout on the

autograder otherwise.

Again, skip the procedure itself; just show the code inside of the procedure. Write, run, and test your program.

Both b and y must be global variables in memory and the variable b must store the correct value when the

execution completes; that's what we'll check to determine if your code works.