To get output \(Y=1\) for the following circuit, the correct choice for the input is:
  

The following table is for which logic gate?

1. AND
2. OR
3. NAND
4. NOT

The logic behind the 'NOR' gate is that it gives:

A combination of logic gates is shown in the circuit. If \(A\) is at \(0\) V and \(B\) is at \(5\) V, then the potential of \(R\) is:

Logic gates \(X\) and \(Y\) have the truth tables shown below:

When the output of \(X\) is connected to the input of \(Y\), the resulting combination is equivalent to a single:
1. NOT gate
2. OR gate
3. NAND gate
4. AND gate

The figure shows a logic circuit with two inputs \(A\) and \(B\) and the output \(C\). The voltage waveforms across \(A\), \(B\), and \(C\) are as given. The logic circuit gate is:
         

1. \(\text{OR}\) gate
2. \(\text{NOR}\) gate
3. \(\text{AND}\) gate
4. \(\text{NAND}\) gate

For the logic circuit given below, the output \(Y\) for \(A=0,B=0\) and \(A=1,B=1\) are:

          
1. \(0\) and \(1\)
2. \(0\) and \(0\)
3. \(1\) and \(0\)
4. \(1\) and \(1\)

Which one of the following represents an analog circuit diagram for OR gate?

1.		2.
3.		4.