$(35$ pts$)$ Implement the BFC $($bit field clear$)$ instruction by using other assembly instructions.

$(30$ pts$)$ Suppose $r=0xFFFFFFFF,r1=000000001,r2=000000000.$ Initially, $N,Z,C,$ and $V$

flags are zero. Find the values of the $N,Z,C,$ and $V$ flags in the following instructions. $($Assume

each instruction runs individually, i$.$e$.$ these instructions are not part of a single program, treat

each instruction independently.$)$

$(1)$ ADD r$3,$ r$0,$ r$2.$

$(2)$ SUBS $r3,r,r$

$(3)$ ADDS r$3,$ r$0,$ r$2$

$(4)$ LSL r$3,$ r$0,$ #$1$

$(5)$ LSRS r$3,$ r$1,$ #$1$

$(6)$ ANDS

$r3,$

r$0,$

r$2$

$(35$ pts $)$ Translate the following $C$ statement $($finding remainder, or mod$)$ into an assembly

program, assuming $16-$bit unsigned integers $x$ and $y($i$.$e$.$ unsigned short$)$ are stored in register

r $0,$ and r $1,$ respectively.

$x=x\%y$;