2. Design a system that determines whether the given unsigned 8-bit number A is prime. The system starts with pushing the button S, and activates the output E when finished the computation Output Y determines if A is prime. You may assume that you have a combinational divider unit that gets two inputs A1 and A2, and outputs the remainder R and quotient Q in 3 clock cycles a. Draw an HLSM to represent the system. b. Draw the datapath for this system. c. Connect the datapath to the control unit. Label all signals between them. 2. Design a system that determines whether the given unsigned 8-bit number A is prime. The system starts with pushing the button S, and activates the output E when finished the computation Output Y determines if A is prime. You may assume that you have a combinational divider unit that gets two inputs A1 and A2, and outputs the remainder R and quotient Q in 3 clock cycles a. Draw an HLSM to represent the system. b. Draw the datapath for this system. c. Connect the datapath to the control unit. Label all signals between them