Q: The output of two-input NOR gate is high
- Only if both the inputs are high
- Only if both the inputs are low
- Only if one input is high and the other is low
- If at least one input is high
Answer: (2) Only if both the inputs are low
Q: An exclusive NOR gate is logically equal to
- Inverter followed by an XOR gate
- NOT gate followed by an exclusive XOR gate
- Exclusive OR gate followed by an inverter
- The complement of a NOR gate
Answer: (3) Exclusive OR gate followed by an inverter
Q: The gate ideally suited for bit comparison is a
- Two input exclusive NOR gate
- Two input exclusive OR gate
- Two input NAND gate
- Two input NOR gate
Answer: (1) Two input exclusive NOR gate
Q: Two input exclusive NOR gate gives high output
- When one input is high and the other is low
- Only when both the inputs are low
- When both the inputs are the same
- Only when both the inputs are high
Answer: (3) When both the inputs are the same
Q: An inverter gates can be developed using
- Two diodes
- Resistance and capacitance
- Transistor
- Inductance and capacitance
Answer: (3) Transistor
Q: The output of the two-input OR gate is high
- Only if both inputs are high
- Only if both inputs are low
- Only if one input is high and the other is low
- If at least one of the inputs is high
Answer: (4) If at least one of the inputs is high
Q: The output of a two-input AND gate is high
- Only if both the inputs are high
- Only if both the inputs are low
- Only if one input is high and the other is low
- If at least one input is low
Answer: (1) Only if both the inputs are high
Q: NAND gate means
- Inversion followed by AND gates
- AND gates followed by an inverter
- AND gate followed by OR gate
- None of these
Answer: (2) AND gates followed by an inverter
Q: The output of the two-input NAND gate is high
- Only if both the inputs are high
- Only if both the inputs are low
- Only if one input is high and the other is low
- If at least one input is low
Answer: (4) If at least one input is low
Q: A NOR gate means
- Inversion followed by an OR gate1
- OR gate followed by an inverter
- NOT gate followed by an OR gate
- NAND gate followed by an OR gate
Answer: (2) OR gate followed by an inverter