2.2 Amdahl's Law (20 points) (Adapted from Computer Architecture: A Quantitative Approach 1.17) Your company has just bought a new Intel Core i5 dual-core processor and you have been tasked with optimizing your software for this processor. You will run two applications on this dual core one after another, but the execution time of the two applications are not equal. Before parallelization, the first application requires 40 minutes, and the other only 10 minutes. Assume that when you parallelize a portion of the program, the speedup for the portion is 2. (a) Given that 40% of the first application is parallelizable, how much speedup would you achieve with that application if run in isolation? (b) Given that 99% of the second application is parallelizable, how much speedup would you achieve with that application if run in isolation? (c) Given that 40% of the first application is parallelizable, how much overall system speedup (when running both applications one after another) would you observe if you parallelized it? (d) Given that 99% of the second application is parallelizable, how much overall system speedup (when running both applications one after another) would you observe if you parallelized it