Control inputs Mux configuration ALU operation cin 010 1 S=A-B AB A ORB A XOR B 1 00 S- AAND B 0 0 1 1 0 S AXOR B 0 1 1S=NOTA Problem 2) Given an 8-bit ALU described by the table above, write a sequence of operations that will implement the function S = 3M-1. You can assume that the variable M is stored in a register and is available to use as an input and that the output of the ALU, S, is stored in a register and available to use as an input. You'll need to use multiple clock cycles to implement the equation. Create a table that lists the values of the control bits v, w, x, and what you'd need to connect to the data inputs A, B, and Cin for each clock cycle. Write an X for any input that doesn't matter. Don't assume that S has an initial value of Control inputs Mux configuration ALU operation cin 010 1 S=A-B AB A ORB A XOR B 1 00 S- AAND B 0 0 1 1 0 S AXOR B 0 1 1S=NOTA Problem 2) Given an 8-bit ALU described by the table above, write a sequence of operations that will implement the function S = 3M-1. You can assume that the variable M is stored in a register and is available to use as an input and that the output of the ALU, S, is stored in a register and available to use as an input. You'll need to use multiple clock cycles to implement the equation. Create a table that lists the values of the control bits v, w, x, and what you'd need to connect to the data inputs A, B, and Cin for each clock cycle. Write an X for any input that doesn't matter. Don't assume that S has an initial value of