2. Design a sequential circuit with three D flip flips A, B, and C with one input X. The A will be the high order byte, C will be the low order byte, which will formulate a 3 bit number, ABC, 100, being the value of 4. When the input x is 0, the circuit will transition to the next even number. When x is 1 the circuit will transition to the next odd. On overflow the circuit will transition to 0 or 1 depending on x. a. Tabulate the state table b. Give the reduced binary algebraic equations for the flip-flop inputs c. Draw the circuit in Digital 2. Design a sequential circuit with three D flip flips A, B, and C with one input X. The A will be the high order byte, C will be the low order byte, which will formulate a 3 bit number, ABC, 100, being the value of 4. When the input x is 0, the circuit will transition to the next even number. When x is 1 the circuit will transition to the next odd. On overflow the circuit will transition to 0 or 1 depending on x. a. Tabulate the state table b. Give the reduced binary algebraic equations for the flip-flop inputs c. Draw the circuit in Digital