### State Machine Analysis**Description:**The figure depicts a state machine circuit. It consists of two JK flip-flops and logic gates that determine the behavior of the machine. The state machine is driven by a clock signal labeled `CLK`.**Components:**1. **JK Flip-Flops:** - **Flip-Flop (A):** Inputs are `J_A` and `K_A`. Outputs are `A` and `A'`. - **Flip-Flop (B):** Inputs are `J_B` and `K_B`. Outputs are `B` and `B'`.2. **Logic Gates:** - **AND Gates:** Two AND gates are present: - The first AND gate takes inputs `A` and `X`, and outputs to `J_B`. - The second AND gate takes inputs `B'` and `X`, and outputs to `J_A`. - **OR Gate:** Takes inputs `B` and `X`, and outputs to a NOT gate, which produces output `Z`.**Questions:**a) **Determine the Type of Machine:** - **Moore Machine:** Outputs depend only on the current state. - **Mealy Machine:** Outputs depend on the current state and the current inputs. - Given that `Z` depends on both `B` and `X`, this is a **Mealy machine**.b) **Find the Next-State Equations and Output Equation:** - **Next-State Equations:** - `J_A = B'X` - `K_A = 0` (not explicitly provided, implied by absence of connections) - `J_B = AX` - `K_B = 0` (not explicitly provided, implied by absence of connections) - **Output Equation:** - `Z = B + X`This setup describes how the state transitions and output logic are determined by the circuit configuration.

A.Is this a Moore or Mealy machine? It is Mealy machine. The key difference between Moore and Mealy is that , in Moore machine ,the output depends on only current state,While in Mealy machine output can also be affected directly by the inputs , in your circuit diagram, the output is ‘λ’ which is XOR of state B and external input x. Therefore, input x is directly influence the output ‘λ’ , that's why ,its a mealy machine.B. Find next state equation and output equation: