This problem explores two strategies for accessing the elements of an array to implement the

following loop expression, where R$0$ refers to the CPU register R$0,$ R$1$ refers to the CPU

register R$1,$ and Array is an array of byte values allocated in memory.

R$0=0$

for $($R$1=0$; R$1<100$; R$1++)$

R$0=$ R$0+$ Array$[$R$1]$

a$.$

Write an assembly language code fragment to implement the loop expression as follows.

$$ Use a conditional branch instruction, $($i$.$e$.,$ Bcond$),$ for loop control.

$$ Use indexed mode addressing to access the array: $[$RBase$,$ RIndex$].$ Use one register to hold the base, $($i$.$e$.,$ starting$),$ address of each array. $$ Use another register to hold the index of the element being accessed.

b$.$ Write an assembly language code fragment to implement the loop expression as follows.

$$ Use a conditional branch instruction, $($i$.$e$.,$ Bcond$)$ for loop control.

$$ Use displacement mode addressing to access the array, where the displacement is $0$

such that there is effectively register indirect mode addressing: $[$RIndirect$,$ #$0]$ Use one register to hold the address of the array element being acces