SOLVE THIS ASAP PLEASE You are designing the control system for a claw machine. Part of that

control system is meant to be designed to ensure the owner of the claw machine is guaranteed

to make money. Therefore, your system will have a variable amount of claw grip strength based

on how many attempts are made by the users. Your claw grip strength will have $4$ different

levels $(0-3).$ The level will increase by $1$ every time the user plays. The claw will stay at

maximum strength until the user wins, then resets to $0.$ If the player ever wins before

maximum strength, the grip strength will immediately be reset to $0.$ Your FSM will have two

inputs: attempt $($A$)($a user played the claw game$)$ and win $($W$)($the user won a prize$).$ Your FSM

will have one multibit output: strength.

A$)$ Draw the FSM as a Moore machine.B$)$ Fill out the excitation table $($Q is current state, D is next state, O is grip strength$).$ C$)$Draw the K$-$maps for each output and write out the digital logic equation. $($For D$1$ and D$0).$ D$)$ Draw the digital logic circuit.