Part 3: Power and Energy [20 points] 1. [10 pts] Consider a processor that runs at...

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Part 3: Power and Energy [20 points] 1. [10 pts] Consider a processor that runs at 2 GHz and 1.0 Volt. When running a given CPU- bound program, the processor consumes 110 W, of which 20 W is leakage (leakage is constant with respect to temperature). The program takes 50 seconds to execute. Assume the processor can execute safely at voltages between 0.8 V to 1.2 V. Voltage and frequency follow a linear relationship (i.e., if voltage doubles, frequency doubles as well). Assume the CPU runs at the same temperature no matter what the voltage & frequency. Can you compute the following values: a. The smallest time it takes to execute the program. b. The highest power to execute the program. c. The lowest energy to execute the program Part 3: Power and Energy [20 points] 1. [10 pts] Consider a processor that runs at 2 GHz and 1.0 Volt. When running a given CPU- bound program, the processor consumes 110 W, of which 20 W is leakage (leakage is constant with respect to temperature). The program takes 50 seconds to execute. Assume the processor can execute safely at voltages between 0.8 V to 1.2 V. Voltage and frequency follow a linear relationship (i.e., if voltage doubles, frequency doubles as well). Assume the CPU runs at the same temperature no matter what the voltage & frequency. Can you compute the following values: a. The smallest time it takes to execute the program. b. The highest power to execute the program. c. The lowest energy to execute the program