Consider the code given below for the factorial function, both the C++ and the ARM assembly language versions. Trace the values of the registers shown as they change during program execution. Also, trace the changes to the stack by showing the instruction that affects the stack, the location of the stack and frame pointers, and the full contents of the stack after the instruction has been executed. You may use the file given for tracking or do it on your own paper. #include int Factorial (int) int main) int n-4 int f fFactorial (n) printf ("f-: %d ", f); int Factorial (int n) if n1) return 1; else return n Factorial (n-1) Consider the code given below for the factorial function, both the C++ and the ARM assembly language versions. Trace the values of the registers shown as they change during program execution. Also, trace the changes to the stack by showing the instruction that affects the stack, the location of the stack and frame pointers, and the full contents of the stack after the instruction has been executed. You may use the file given for tracking or do it on your own paper. #include int Factorial (int) int main) int n-4 int f fFactorial (n) printf ("f-: %d ", f); int Factorial (int n) if n1) return 1; else return n Factorial (n-1)