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(D) By observing the given voltage waveforms,we can construct the truth table for the logic gate:$A$$B$$Y$$1$$1$$0$$0$$0$$1$$0$$1$$1$$1$$0$$1$From the

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$	ext{NAND}$ gate

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(D) By observing the given voltage waveforms,we can construct the truth table for the logic gate:$A$$B$$Y$$1$$1$$0$$0$$0$$1$$0$$1$$1$$1$$0$$1$From the truth table,we can see that the output $Y$ is $0$ only when both inputs $A$ and $B$ are $1.$ In all other cases,the output is $1.$ This behavior corresponds to the $	ext{NAND}$ gate,which performs the operation $Y = \overline{A \cdot B}.$

The following figure shows a logic gate circuit with two inputs $A$ and $B$ and the output $Y.$ The voltage waveforms of $A, B$ and the output $Y$ are as given in the diagram. The logic gate is $:-$

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