use logisim make a left shift $32$LeftShift$32$

Start by downloading the provided template :$\text{'}$ to ensure that your input and output pins are correct

The output $($C$)$ is computed by shifting B to the left $Sa$ bits, and filling the vacated bits on the right with

which is just $5$ a copies of Cin. The shift amount sa can be anything from $0$ to $31,$ encoded as an

unsigned integer.

Note: Some inputs and outputs are busses $($as noted by the bus width in brackets$)$; the rest are $1-$bit wide.

One way to implement such a shifter is to perform the shift as a series of stages: the first stage shifts either $0$ or

$16$ bits, the second stage either $0$ or $8$ bits, the third stage either $0$ or $4$ bits, and so on$.$ By enabling different

combinations of stages the circuit can shift any desired amount. Hint: Shifting a value on a $32-$bit bus, by a

constant amount, either left or right, is simply a matter of adding, removing, and renaming the wires on the bus,

and so requires no gates at all.

On specifications

It is important that your implementation of the circuit described above adhere to the specification in this

document. Adhering to specification is important in most all design processes, and it will also have a more

immediate effect on your grade for this lab. Automated grading will expect that the circuit above $($and their inputs

and outputs$)$ are named exactly as specified $($case$-$sensitive$!)$ and behave exactly as specified.

Also recall that when the specification denotes a pin as

$,$ the pin should be named $"$A $"$ and be $32$ bits wide.

The pin should not be named $"$A$[32]".$