1) Convert the C codes to x86-64 assembly.

a) Ignore #include, the call to main, and mains return.

b) Focus on the function calls to loop and what loop does/returns.

c) Comment each line of code to explain its purpose.

2) Calculate:

a) What percentage of the assembly instructions are related to function calls, argument passing, and return?

b) What percentage of the assembly instructions in loop are related to overhead from the for loop (i.e., loop code other than j = j * 2). Calculate for the three function arguments (2, 5, 10). What is the relationship in general?

#include int loop (int); int main() int i = loop (2); int j = loop (5); int k = loop (10); return 0; int loop (int n) int i; int j = for (i = j = 1; 0; j * n; i++) i