$$

MOV R$0,$ #$0//$ i $=0$

MOV R$1,$ #$0//$ sum $=0$

MOV R$2,$ #$10//$ numberOfLoops $=10$

LOOP:

CMP R$2,$ R$0//$ R$2==$ R$0?$

BEQ L$2$

ADD R$1,$ R$1,$ R$0//$ sum $=$ sum $+$ i

ADD R$0,$ R$0,$ #$1//$ increment i

B LOOP

L$2$:

$$

ii$.$ How many cycles are required for the pipelined ARM processor $($with Hazard Unit$)$ to issue all of these instructions? What is the CPI of the processor on this program? Assume that we always predict to take each branch instruction $($and have to flush a certain number of partial instructions if we do not take the branch$).$