Question 2/Problem 2 Consider the truth table in Table 1, with three input Boolean variables, A, B and C and two output Boolean variables, P and S. (a) Use a 4-to-1 data selector to implement the output P. Compare, in terms of number of gates (of any number of inputs), the implementation of P with a 4 to-1 data selector to a gate-only implementation of a minimised P. (b) Use a 4-to-1 data selector to implement the output S. Compare, in terms of number of gates (of any number of inputs) the implementation of S with a 4to-1 data selector to a gate-only implementation of a minimised S. (c) Make a combinational circuit that produces an output suitable to be used as an electronic dice. That is, given a 3-bit input D, seven LEDs (dots) can be i) Make a suitable truth table for the whole dice. ii) Write a minimised Boolean equation for the output right in the middle of a die face (out of the 7); call this output M. iii) Write SystemVerilog code to capture the whole electronic dice. Use a case statement