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(A) From the given waveforms,the following truth table can be constructed:Time intervalInput $A$Input $B$Output $Y$$0 	o T_1$$0$$0$$0$$T_1 	o T_2$$0

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An $AND$ gate

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(A) From the given waveforms,the following truth table can be constructed:Time intervalInput $A$Input $B$Output $Y$$0 	o T_1$$0$$0$$0$$T_1 	o T_2$$0$$1$$0$$T_2 	o T_3$$1$$0$$0$$T_3 	o T_4$$1$$1$$1$Comparing this truth table with the standard logic gates,we observe that the output $Y$ is $1$ only when both inputs $A$ and $B$ are $1$. This behavior corresponds to an $AND$ gate.

The given figure shows the waveforms for two inputs $A$ and $B$ and that for the output $Y$ of a logic circuit. The logic circuit is

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