1. Assume that you are tasked with developing the MIPS implementation of a series of computational code that executes: A =B+C - D and E=B*D+F a. Write the MIPS code to implement the computation. Compute the number of clock cycles needed to complete the computation. State your assumptions. b. Consider that your code might have data hazard challenges, identify the data hazards in your code and explain why they are hazards to computation performance. c. Write an updated MIPS code that does eliminates data hazards to improve performance. Compute the number of clock cycles needed to complete the computation. State your assumptions. 2. Consider a processor datapath where I-Mem, Add, Mux, ALU, Regs, D-Mem, and Control blocks 1. Assume that you are tasked with developing the MIPS implementation of a series of computational code that executes: A =B+C - D and E=B*D+F a. Write the MIPS code to implement the computation. Compute the number of clock cycles needed to complete the computation. State your assumptions. b. Consider that your code might have data hazard challenges, identify the data hazards in your code and explain why they are hazards to computation performance. c. Write an updated MIPS code that does eliminates data hazards to improve performance. Compute the number of clock cycles needed to complete the computation. State your assumptions. 2. Consider a processor datapath where I-Mem, Add, Mux, ALU, Regs, D-Mem, and Control blocks