Computer Organization/Design question (RISC-V). Please show all your steps for each part. Assume the following sequence of instructions is executed on a five-stage pipelined datapath:add X11, X10, X5ld X12, 8 (X11)1d X13, 0 (X10)and X5, X10, X6or X15, X13, X0add X6, X5, X0Assume that the register write is done in the first half of cycle and register read happens in thesecond half of cycle; draw the pipeline diagram for the following cases:a) If there is no forwarding or hazard detection, insert NOPs to ensure correct execution.b) Re-arrange the code to avoid NOPs.c) If forwarding is applied, show forwarding path using connections between stages.*Please solve correctly. Thank you.

Instructions in a pipelined datapath are separated into stages to allow for parallel execution, enhancing total throughput. Instruction fetch (IF), instruction decode (ID), execute (EX), memory access (MEM), and write back (WB) are the five steps. Potential data hazards may develop in the absence of forwarding or hazard detecting methods, resulting in incorrect findings. Let's look at the three possibilities:In conclusion, when dealing with a five-stage pipelined datapath and scenarios with no forwarding or hazard detection, it's critical to either insert No-Operation (NOP) instructions to address data risks or deliberately re-arrange the code to limit the requirement for NOPs. Implementing forwarding methods, on the other hand, can immediately move data between stages, minimizing or eliminating the requirement for NOPs and optimizing the pipeline for more efficient execution.