Semiconductor E...

The combination of the gates shown above produces

Given above are four logic gate symbols. Those for OR, NOR and NAND are respectively

For the given combination of gates, if the logic states of inputs A, B, C are as follows $$A=B=C=0$$ and $$A=B=1, C=0$$ then the logic states of output D are

The expression of $$Y$$ in the above circuit is

In the given circuit, if A and B represent two inputs and C represents the output, the circuit represents

The output $$Y$$ of the gate circuit shown in the figure below is 

To get an output $$1$$ from the circuit shown in the figure, the input must be 

Statement-1: NOT gate is also called invertor circuit.
Statement-2: NOT gate inverts the input order.

The logic gate equivalent to the above combination of logic gates is 

The output of the combination of the gates shown in the figure is