Consider a single core processor, running at Vdd - 1 (arbitrary unit), frequency 1, power consumption is 1. All units are arbitrary. 2. Now we use a dual core design, with each core having half the size of the single core processor, operating at Vdd -0.7, freq-0.7. Find percentage changes in power, energy required for completing the same amount of effective clock cycles, and percentage change in throughput. 3. Continuing, if for doing the same amount of work, energy consumed by the single core processor is 10 Wattx hour, how much energy is consumed by the dual core processor? 4. Continuing, if for doing the same amount of work, time taken by the single core processor is 100 seconds, how much time would be taken by the dual core processor? 5. Continuing, if we use a quad core design, with each core being the same design as in the dual core, how much energy will be consumed for doing the same amount of work? Consider a single core processor, running at Vdd - 1 (arbitrary unit), frequency 1, power consumption is 1. All units are arbitrary. 2. Now we use a dual core design, with each core having half the size of the single core processor, operating at Vdd -0.7, freq-0.7. Find percentage changes in power, energy required for completing the same amount of effective clock cycles, and percentage change in throughput. 3. Continuing, if for doing the same amount of work, energy consumed by the single core processor is 10 Wattx hour, how much energy is consumed by the dual core processor? 4. Continuing, if for doing the same amount of work, time taken by the single core processor is 100 seconds, how much time would be taken by the dual core processor? 5. Continuing, if we use a quad core design, with each core being the same design as in the dual core, how much energy will be consumed for doing the same amount of work