6. Using the same ISA and CPI as above, suppose that a different compiler produced a program with 50,000,000 instructions where 25% were ld, 10% were sd, 30% were add, 15% were sub, 10% were mul, and 10% were div. Assuming this program is functionally equivalent to the program in the previous problem and that it were run on Processor A with the same 3.5 GHz clock rate, how much faster or slower would it be when stated in CPU time? 7. Suppose we have a processor, Processor C that has a 2.8 GHz clock rate. If running the same program described in question 5 resulted in this processor having the same relative performance as Processor A in that question, what must the CPI for Processor C be for that program? 8. For each of the Eight Great Ideas in Computer Architecture listed below, provide an example of how they might occur in terms of everyday life or within the context of computer programming or design. You should not use any of the examples described in Exercise 1.2 of the text book (i.e., those we used in lecture and contained in the slides). a) Design for Moore's Law b) Use Abstraction to Simplify Design c) Make the Common Case Fast d) Performance via Parallelism e) Performance via Pipelining f) Performance via Prediction g) Hierarchy of Memories h) Dependability via Redundancy