Given the following procedures, with code segment instruction addresses given on each line in 4 byte hex. 00000000 main PROC .. : Execution Point A 0000001A CALL someProc1 0000001F CALL WriteDec exit 00000030 00000031 main ENDP Ø0000031 someProc1 PROC 00000031 PUSH EAX 00000035 CALL someProc2 0000003A POP EAX ; Execution Point B ... 0000016F RET 0000016F someProcl ENDP someProc2 PROC PUSH EBX 0000016F 0000016F ;... 00000205 POP RET EBX 00000209 0000020A someProc2 ENDP Assume ESP = 000004DAH, EAX = 00000040h, EBX = 00000120h at Execution Point A, there are no stack operations other than those visible, and EAX and EBX are only changed by the visible instructions. At Execution Point B: What is the current value of the stack pointer (in 4 byte hex)? What is the value at the top of the stack (in 4 byte hex)?

Write the MIPS instructions for the following problems using arithmetic and shift instructions.   Using a shift operation, write the MIPS code that divides the number in $t0=256 by 8.

varue 40A, and AR has the value 4E5. Sterting with the FETCH, describe what happens untar the next FETCH. Make sure to indicate any updated register values as they happen. Memory (in are 0123 for 000 to 002, then 1002, 1801, 7800, F400 for 40A through 40D. AC starts with value 0F24, PC has the

True or false