Q3. The figure below represents a relative-magnitude detector that takes two three- bit binary numbers, x2xIxo and y2yyo and determines whether they are equal and, if not, which one is larger. There are three outputs, defined as follows: M=1 only if the two input numbers are equal N=1 only if the x2xxo is greater than yayyo P=1 only if yzyyo is greater than xxixo Design the logic circuitry for this detector. (use k maps and take advantage of the don't care conditions) Q3. The figure below represents a relative-magnitude detector that takes two three- bit binary numbers, x2xIxo and y2yyo and determines whether they are equal and, if not, which one is larger. There are three outputs, defined as follows: M=1 only if the two input numbers are equal N=1 only if the x2xxo is greater than yayyo P=1 only if yzyyo is greater than xxixo Design the logic circuitry for this detector. (use k maps and take advantage of the don't care conditions)