The following table shows the number of instructions for a program. Arith Store Load Branch Total 500 50 100 50 700 Assuming that arith instructions take I cycle, load and store 5 cycles and branch 2 cycles, what is the execution time of the program in a 2 GHz processor?

Hi this is for x86 assembly language

The loop instructions transfer execution control to another point designated by the instruction pointer. (ip) O (ecx) + sign extended 8-bit displacement (ip) + sign extended 8-bit displacement O (ip) + unsigned 8-bit displacement O (ecx) + unsigned 8-bit displacement

Fill in the following table showing the results of the indicated instructions, using the register values shown. Also, show the OF and CF values AFTER the instruction executes. Show all results in hexadecimal. Show OF and CF as 0 or 1.

Count the number of cycles needed to execute five instructions if each part of the machine needs one cycle. Either with or without the use of pipelining, Pipelining Pipelining A Pipelining B Pipelining, C. Pipelining, Pipelining, Pipelining, etc.

In a pipelined processor, each instruction is divided into 6 stages, each taking one cycle. Assuming no branching, how many cycles does it take to process 3 instructions? 6 cycles 18 cycles O 8 cycles O 3 cycles

Do not use AI.

An instruction pipeline consists of 5 stages is used to process a program that consists of 40 instructions. The instruction pipeline reduces the execution time of this program from → to clock cycles.

Describe the jobs done by registers inside a CPU