P6 (14 points): Design a circuit that with one bit input N and 3-bit output P that operates as follows When N-0, the new value of P will be Pew 2 Pod When N-1, the new value of P will be Prew 2 Pod 1. Since P is only three bits, each operation must be modulo 8 (i.e., if P-5, then 2*P-10 is too large to fit into the 3-bit value for P, so we subtract 8 from 10 to get 2, which should be the new value for P) A: Draw the state table for the Moore FSM that implements this circuit. Your circuit should have a state for each possible output. B: Show the next state Boolean expressions for each state variable C: The circuit that you end up with for this circuit is equivalent in functionality to a circuit that we have already discussed. What circuit is this