Basic Logic Gates : Daily Practice problems

OR Gate:
  1. What is the basic function of an OR gate?
  2. How many inputs does an OR gate typically have?
  3. Can an OR gate produce an output of 0?
  4. What is the truth table for a 2-input OR gate?
  5. What happens when all inputs of an OR gate are set to 0?
  6. Describe a real-world example where an OR gate could be used.
  7. What is the Boolean expression for a 3-input OR gate?
  8. How would you represent an OR gate in a logic circuit diagram?
  9. Explain how an OR gate behaves with mixed inputs of 0 and 1.
  10. Can an OR gate have more than two inputs?
AND Gate:
  1. What is the fundamental purpose of an AND gate?
  2. In a 3-input AND gate, when is the output 1?
  3. What is the result of an AND gate with all inputs set to 0?
  4. Provide the truth table for a 2-input AND gate.
  5. How is the output of an AND gate affected by its inputs?
  6. Give an example of a practical application of an AND gate.
  7. Write the Boolean expression for a 4-input AND gate.
  8. How is an AND gate symbolically represented in circuit diagrams?
  9. Can an AND gate produce an output of 0 with any combination of inputs set to 1?
  10. Is it possible to create an AND gate with only one input?
NOR Gate:
  1. What is the main purpose of a NOR gate?
  2. How does the output of a NOR gate respond to input changes?
  3. Provide the truth table for a 2-input NOR gate.
  4. Explain when a NOR gate's output becomes 0.
  5. Is it possible for a NOR gate to have an output of 1?
  6. Provide an example of a practical application for a NOR gate.
  7. Write down the Boolean expression for a 4-input NOR gate.
  8. How is a NOR gate's symbol represented in logic circuit diagrams?
  9. Can you create an AND gate using only NOR gates?
  10. Describe the relationship between a NOR gate and an OR gate.
XOR Gate:
  1. What is the primary function of an XOR gate?
  2. When does an XOR gate produce an output of 1?
  3. Provide the truth table for a 2-input XOR gate.
  4. Explain when an XOR gate outputs 0.
  5. Can an XOR gate have all its inputs set to 1 and still output 1?
  6. Give an example of a practical application for an XOR gate.
  7. Write the Boolean expression for a 3-input XOR gate.
  8. How is the symbol for an XOR gate represented in circuit diagrams?
  9. Can XOR gates be used to perform addition?
  10. Is it possible to construct other gates using only XOR gates?