Question: write a Python script that shows the impact of clock speed (seconds/cycle) and different mathematical routines (# instructions/second). Show and your results. The remaining problems
write a Python script that shows the impact of clock speed (seconds/cycle) and different mathematical routines (# instructions/second). Show and your results. 
The remaining problems cover materials found in Chapters 7 and 8 and focus on Memory Design and Instruction-Level Parallelism. Use Python scripts to test and measure and explain your answers. Problem 4: The only gimmick-free way to measure performance analysis is by measuring the execution time of a program of interest to you. Execution time of a program measured in seconds is given by the formula Execution Time = (# instructions) *cycles/instruction) * (seconds/cycle) NOTE: (cycles/instruction) is fixed for a given microarchitecture and can only be changed using different chipsets or FPGA. With that in mind, write a Python script that shows the impact of clock speed (seconds/cycle) and different mathematical routines (# instructions/second). Show and your results. Code: Results: Explanation. The remaining problems cover materials found in Chapters 7 and 8 and focus on Memory Design and Instruction-Level Parallelism. Use Python scripts to test and measure and explain your answers. Problem 4: The only gimmick-free way to measure performance analysis is by measuring the execution time of a program of interest to you. Execution time of a program measured in seconds is given by the formula Execution Time = (# instructions) *cycles/instruction) * (seconds/cycle) NOTE: (cycles/instruction) is fixed for a given microarchitecture and can only be changed using different chipsets or FPGA. With that in mind, write a Python script that shows the impact of clock speed (seconds/cycle) and different mathematical routines (# instructions/second). Show and your results. Code: Results: Explanation
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