Question: The majority operator M(z, y, z) with three input propositional variables has value T exactly when at least two of its inputs are set to

 The majority operator M(z, y, z) with three input propositional variables

The majority operator M(z, y, z) with three input propositional variables has value T exactly when at least two of its inputs are set to T. For example, M(T, F, T) = T but M(F F, T) = F. Using only NOT, OR, an AND gate OR gate draw the diagram of a circuit with three inputs a, y, z whose output is the majority function. The NAND operator takes two propositions and evaluates to F when both propositions are T and evaluates to T otherwise; in other words, it is given by the truth table Find a compound proposition whose only operation is NAND and that is logically equivalent to M(r, y, z)

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