The Boolean expression for the given combinat | vedclass

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(C) $1$. The input $A$ passes through a $NOT$ gate,resulting in an output of $\overline{A}$.$2$. The inputs $B$ and $C$ pass through an $AND$ gate,res

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$Y=\overline{A}+(B \cdot C)$

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(C) $1$. The input $A$ passes through a $NOT$ gate,resulting in an output of $\overline{A}$.$2$. The inputs $B$ and $C$ pass through an $AND$ gate,resulting in an output of $B \cdot C$.$3$. These two outputs,$\overline{A}$ and $B \cdot C$,are then fed as inputs into an $OR$ gate.$4$. The $OR$ gate performs the logical addition of its inputs,so the final output $Y$ is given by $Y = \overline{A} + (B \cdot C)$.

The Boolean expression for the given combination of logic gates is

Similar Questions

$A$ logic circuit provides the output $Y$ as per the following truth table:

$A$ $B$ $Y$

$0$ $0$ $1$

$0$ $1$ $0$

$1$ $0$ $1$

$1$ $1$ $0$

The expression for the output $Y$ is:

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In the following logic circuit,the sequence of the inputs $A, B$ are $(0, 0), (0, 1).$ The output $Y$ for this sequence will be

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Identify the logic gates represented by the given circuits $(a)$ and $(b)$ and write their truth tables.

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