$3\mathrm{.}4\mathrm{.}4$ Intermediate $8-$Bit ALU

Allowed Components: Wiring Tab, Circuits Tab, Gates Tab, and Plexer Tab

You will next create a different $8-$bit ALU, with identical structure as the previous, but more complex operations as outlined below. Make sure to match the OP

$00.$ isPalindrome

$01.$ isDivisibleBy$32$

$10.$ inBetween$[8,64)$

$11.$ maximum$(-15*$ A$,$ B$)$

$[$A $==$ reverse$($A$)]$

$[$A $\%32==0]$

$[$A is in the range of $[8,64)]$

$[$max$(-15*$ A$,$ B$)]$

For circuits isPalindrome, isDivisibleBy$32,$ and inBetween$[8,64)$ operations, return $00000001$ if the condition is true, and $00000000$ otherwise.

The autograder will check the op$-$codes according to the order listed above and thus it is important that the operations are in this exact order.