Multiplexers 1. You can make an inverter out of a 2-to-1 mux by connecting the input...

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Multiplexers 1. You can make an inverter out of a 2-to-1 mux by connecting the input (to be inverted) to the mux select input, connecting the mux data0 input to logical '1', and connecting the mux data1 input to logical '0'. Show that the 2-to-1 mux is functionally complete by showing it can be used to compute 'A and B' and 'A or B' as well. [ Hint. Try connecting A to the mux select input, and connecting the two data inputs to different combinations of B, B', '0', or '1'. ] Multiplexers 1. You can make an inverter out of a 2-to-1 mux by connecting the input (to be inverted) to the mux select input, connecting the mux data0 input to logical '1', and connecting the mux data1 input to logical '0'. Show that the 2-to-1 mux is functionally complete by showing it can be used to compute 'A and B' and 'A or B' as well. [ Hint. Try connecting A to the mux select input, and connecting the two data inputs to different combinations of B, B', '0', or '1'. ]