4. Show dynamically fract (4) ASM code for pushing register/return address/values onto the stack by using the above table (total 16 points) Run-time stack (fill-in blacks with blue color): one point for each Return Address To main () 960by (saved) Return Address: Return Address: Return Address: Return Address: Show dynamically popping (fill-in blanks with blue color) register/return address/values from the stack for fact (4) ASM code (one point for each): 1st popping and ret: bx- %rbx- 2nd popping and ret: 3rd popping and ret: 4th popping and ret: 9orbx bs. 4. Show dynamically fract (4) ASM code for pushing register/return address/values onto the stack by using the above table (total 16 points) Run-time stack (fill-in blacks with blue color): one point for each Return Address To main () 960by (saved) Return Address: Return Address: Return Address: Return Address: Show dynamically popping (fill-in blanks with blue color) register/return address/values from the stack for fact (4) ASM code (one point for each): 1st popping and ret: bx- %rbx- 2nd popping and ret: 3rd popping and ret: 4th popping and ret: 9orbx bs