Design an electronic combination lock state machine that will only open with your ruid. first convert your ruid to binary because you will need the least 12 significant bits to open the lock. use a decimal to binary converter that can be found on google. your design will require a 16 state, state machine in which 8 of the states will be good and 8 will be not used. list the 16 states in binary order starting with and ending with . upon power up, the machine will automatically go to the start up state. use the least four significant bits of your binary ruid as your starting point. your next 8 bits will be your x input to the machine. starting with the 5th bit (b4), advance through the machine until you reach the 12th bit as follows: if your bit is a "0" then advance to the next binary state; but if your bit is a "1" then advance by skipping the next state and go to the state after that. pick any unused state as your lockout state. all "bad states" (including the lockout state) will go to the lockout state upon x=1 or x=0. the machine will exit the lockout state by power off then on.