23 LOOP: R3 100 R46 0 + 0 R5 [R1] R4 R4 + R5 R6 (R2) R4 R4 R6 R1 + R1 + 4 R2 + R2 + 4 R3 R3 1 BNE R3, 0, LOOP Assume a MIPs pipeline for this instruction sequence. Assume No forwarding and Control hazards are resolved by stall. Compute the total number of clock cycles to execute all iterations of the loop. Show your work for calculation - you don't need to submit the actual pipeline diagram. (10 Points) 23 LOOP: R3 100 R46 0 + 0 R5 [R1] R4 R4 + R5 R6 (R2) R4 R4 R6 R1 + R1 + 4 R2 + R2 + 4 R3 R3 1 BNE R3, 0, LOOP Assume a MIPs pipeline for this instruction sequence. Assume No forwarding and Control hazards are resolved by stall. Compute the total number of clock cycles to execute all iterations of the loop. Show your work for calculation - you don't need to submit the actual pipeline diagram. (10 Points)