2. Your company has just bought a new dual-core processor, and you have been tasked with optimizing your software for this processor. You will run two applications on this dual-core processor. Application A requires 75 minutes to run on a single core and Application B requires 30 minutes to run on a single core a. Given that 60% of Application A can be parallelized to utilize both cores, what is the maximum speedup that could be achieved for this application if run in isolation, utilizing both cores where possible? b. Given that 90% of Application B is parallelizable, what is the maximum speedup that this application could achieve if run in isolation, utilizing both cores when possible? c. If Applications A and B are run simultaneously, each utilizing a single core, the aggregate execution time will be 75 minutes. What is the maximum possible speedup achievable by running the applications concurrently and taking advantage of parallelism. Carefully explain your answer, including any assumptions