Q1. [4 pt] Processor Performance The critical path latencies for the major blocks in a simple processor are given below. L-Mem Add Mux ALU Regs Control a.400ps100ps 30ps140ps200ps 350ps100ps_ b. 500ps 150ps 100ps 180ps 320ps 1000ps 65ps I-Mem AddMuxALU Regs D-Mem Control For each part, answer the following questions: 1. What is the critical path for a MIPS ADD instruction? Explain your break-up. 2. If the number of registers is doubled, this increases Regs by 100ps and Control by 20ps. This results in 10% fewer instructions due to fewer load/stores. What is the new critical path for a MIPS ADD instruction? Q1. [4 pt] Processor Performance The critical path latencies for the major blocks in a simple processor are given below. L-Mem Add Mux ALU Regs Control a.400ps100ps 30ps140ps200ps 350ps100ps_ b. 500ps 150ps 100ps 180ps 320ps 1000ps 65ps I-Mem AddMuxALU Regs D-Mem Control For each part, answer the following questions: 1. What is the critical path for a MIPS ADD instruction? Explain your break-up. 2. If the number of registers is doubled, this increases Regs by 100ps and Control by 20ps. This results in 10% fewer instructions due to fewer load/stores. What is the new critical path for a MIPS ADD instruction