9. (20 pts). We are studying two implementations of a machine, one with and one without special floating-point hardware. Consider a program P with the following mix of operations Floating-point multiply Floating-point add Floating-point divide Integer instructions 10% 15% 5% 70% Machine MFP (Machine with Floating-point) has floating-point hardware and can therefore implement the floating-point operations di for each instruction class: rect ly. It requires the following number of clock cycles Floating point Multiply Floating point Add Floating point Divide Integer instructions 6 cycles 4 cycles 20 cycles 2 cycles Machine MNFP (Machine with No Floating Point) has no floating-point hardware and so must emulate the floating-point operations using integer instructions. Each integer instruction on MNFP takes 2 clock cycles (so its CPI is 2). The number of integer instructions needed to implement each of the floating-point operations on MNFP is as follows