Implement the full adder functions using the following PLA.
s=abc*+a^(')bc*+a^(')b^(')r+abc; c=ab+ac s=ab^(')c^(')+a^(')bc^(')+a^(')bc+a^(')b^(')c^('); c-ab+ac
None of them
s=ab^(')c^(')+a^(')bc^(')+a^(')bc+abc; c=ab+bc+ac s-ab^(')c^(')+a^(')bc^(')+a^(')b^(')c^(')+abc; c=ab+bc+ac

Question

Implement the full adder functions using the following PLA.

s=abc*+a^(')bc*+a^(')b^(')r+abc;
c=ab+ac
s=ab^(')c^(')+a^(')bc^(')+a^(')bc+a^(')b^(')c^(');
c-ab+ac

None of them

s=ab^(')c^(')+a^(')bc^(')+a^(')bc+abc;
c=ab+bc+ac
s-ab^(')c^(')+a^(')bc^(')+a^(')b^(')c^(')+abc;
c=ab+bc+ac

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(Solved): Implement the full adder functions using the following PLA. s=abc+a^(')bc+a^(')b^(')r+abc; c=ab+ac ...