We study the performance of an application on processor B. The ideal CPI is 1. However, the actual CPI is higher because of hazards. Suppose the instructions executed in an application break down into the following categories. Type Percentage Arithmetic and Logic 30% Load 30% Store 15% Branch 15% Jump 10% A jump instruction always flushes its next instruction. 10% of the load instructions cause 1 cycle stall because of the load-use hazards. 27% of the branches have 1 cycle stall because of data hazards resulting from resolving branches in ID. 60% of the executed branches are taken. a) What is the CPI overhead due to data hazards? b) What is the CPI overhead due to control hazards? c) What is the average CPI of this application? d) Suppose the cycle time of a single-cycle MIPS processor is 3.8 times of the cycle time of the pipelined implementation. What is the s