$[10$ marks$]$ Using D flip$-$flops, implement a $3-$bit circuit with one external input $($x$).$ When the

external input x $=0,$ the registers should rotate to the left by $2$ bits, and when the external

input x $=1,$ the value in the register should decrease by $1.$ When creating your State Table,

please put the flip$-$flop values before the external input $($i$.$e$.,$ D$2$ D$1$ D$0$ x$).$ See the example

on Pages $14-17$ of Module $4,$ Topic $3($marks will be deducted if you use a different ordering

in your State Table$).$ You need to show the State Table, K$-$maps and draw the sequential

circuit.

NO AI ANSWERS DRAW THE CIRCUIT IN LOGISM OR DRAW IT ON PAPER