$2$ points Write the ARM register name in the blank space next to the description of

its usage.

$($a$)$

This register, also numbered as R$15,$ is a pointer to the instruction

being executed. Note, writing $"$R$15"$ will earn no credit.

$($b$)$

This register, also numbered as R$13,$ is a pointer to the top of the

stack. Note, writing $"$R$13"$ will earn no credit.

$($c$)$

This register, also numbered as R$14,$ contains the return address

during a subroutine$/$function call. Note, writing $"$R$14"$ will earn no credit.

$($d$)$

This is one of a few general purpose registers; it can be used to store

data values or pointers$2$ points Write the ARM register name in the blank space next to the description of

its usage.

$($a$)$

This register, also numbered as R$15,$ is a pointer to the instruction

being executed. Note, writing $"$R$15"$ will earn no credit.

$($b$)$

This register, also numbered as R$13,$ is a pointer to the top of the

stack. Note, writing $"$R$13"$ will earn no credit.

$($c$)$

This register, also numbered as R$14,$ contains the return address

during a subroutine$/$function call. Note, writing $"$R$14"$ will earn no credit.

$($d$)$

This is one of a few general purpose registers; it can be used to store

data values or pointers$2$ points Write the ARM register name in the blank space next to the description of

its usage.

$($a$)$

This register, also numbered as R$15,$ is a pointer to the instruction

being executed. Note, writing $"$R$15"$ will earn no credit.

$($b$)$

This register, also numbered as R$13,$ is a pointer to the top of the

stack. Note, writing $"$R$13"$ will earn no credit.

$($c$)$

This register, also numbered as R$14,$ contains the return address

during a subroutine$/$function call. Note, writing $"$R$14"$ will earn no credit.

$($d$)$

This is one of a few general purpose registers; it can be used to store

data values or pointers