Generate a Boolean expression for a single-bit 4-input multiplexor. You will need to add additional data signals c,d and also add more select signals (you need to determine how many) Since the select signals serve a common purpose, label the select signals with numeric suffixes (for example: s3,s2, s1,s0, assuming you need 4 select signals) instead of inventing new signal names.

Part 2. Figure 4.11 in the text shows the implementation of a single-bit, 2-input (a,b) multiplexor. Below it you will find a Boolean equation describing its operation. Generate a Boolean expression for a single-bit 4-input multiplexor. You will need to add additional data signals c,d and also add more select signals (you need to determine how many) Since the select signals serve a common purpose, label the select signals with numeric suffixes (for example: 53,52, 51,50, assuming you need 4 select signals) instead of inventing new signal names. out = What are the values of each select signal when input c is routed to the output? Answer: Bit MUX Figure 4.11 Single-bit multiplexor circuit. The output will equal input a if the control signals is 1 and will equal input b when s is 0. b out