112.29) A benchmark program is compiled with the instruction mix in the table. When the code is simulated for the target multi-cycle CPU, other parameters in the table are determined. Complete the blank entries, paying special attention to the units used in the table. xzc5ccvjcvcjbvc6 CPU Frequency CPU Supply (MHz): Voltage (V): Average Dynamic Average Leakage Total Execution Total Energy Clock Cycles Instruction Capacitance per Current per Time per Consumption per Instruction Type Count Instruction Type Instruction Type Instruction Type Instruction Type Instruction (nF) (A) (us) per Load 500 5 7 2 8.33 Store 200 4 8 2 2.67 1000 3 10.00 132.00 Integer Arithmetic-Logic Floating Point Arithmetic! Branch 10 10 1 3.33 40 3 4 0.40 5.12 Jump 20 2 2 5 0.13 Noop 80 1 0 5 Total Instruction Count: Benchmark Average Power Dissipation (W): Benchmark Total Energy Consumption (w): 112.29) A benchmark program is compiled with the instruction mix in the table. When the code is simulated for the target multi-cycle CPU, other parameters in the table are determined. Complete the blank entries, paying special attention to the units used in the table. xzc5ccvjcvcjbvc6 CPU Frequency CPU Supply (MHz): Voltage (V): Average Dynamic Average Leakage Total Execution Total Energy Clock Cycles Instruction Capacitance per Current per Time per Consumption per Instruction Type Count Instruction Type Instruction Type Instruction Type Instruction Type Instruction (nF) (A) (us) per Load 500 5 7 2 8.33 Store 200 4 8 2 2.67 1000 3 10.00 132.00 Integer Arithmetic-Logic Floating Point Arithmetic! Branch 10 10 1 3.33 40 3 4 0.40 5.12 Jump 20 2 2 5 0.13 Noop 80 1 0 5 Total Instruction Count: Benchmark Average Power Dissipation (W): Benchmark Total Energy Consumption (w)