logo

CuriousTab

CuriousTab

Discussion


Home Digital Electronics Combinational Logic Analysis Comments

  • Question
  • How many NOT gates are required to implement the Boolean expression, How many NOT gates are required to implement the Boolean expression, ? 1 2 4 5?


  • Options
  • A. 1
  • B. 2
  • C. 4
  • D. 5

  • Correct Answer



  • Combinational Logic Analysis problems


    Search Results


    • 1. Implementation of the Boolean expression results in ________.

    • Options
    • A. three AND gates, one OR gate
    • B. three AND gates, one NOT gate, one OR gate
    • C. three AND gates, one NOT gate, three OR gates
    • D. three AND gates, three OR gates
    • Discuss
    • 2. Implementing the expression using NAND logic, we get:


    • Options
    • A. (A)
    • B. (B)
    • C. (C)
    • D. (D)
    • Discuss
    • 3. Implementing the expression using NAND logic, we get:


    • Options
    • A. (A)
    • B. (B)
    • C. (C)
    • D. (D)
    • Discuss
    • 4. How many AND gates are required to implement the Boolean expression, ?

    • Options
    • A. 1
    • B. 2
    • C. 3
    • D. 4
    • Discuss
    • 5. The following waveform pattern is for a(n) ________.


    • Options
    • A. 2-input AND gate
    • B. 2-input OR gate
    • C. Exclusive-OR gate
    • D. None of the above
    • Discuss
    • 6. Implementing the expression with NOR logic, we get:


    • Options
    • A. (A)
    • B. (B)
    • C. (C)
    • D. (D)
    • Discuss
    • 7. The following waveform pattern is for a(n) ________.


    • Options
    • A. 2-input AND gate
    • B. 2-input OR gate
    • C. Exclusive-OR gate
    • D. None of the above
    • Discuss
    • 8. To implement the expression , it takes one OR gate and ________.

    • Options
    • A. three AND gates and three inverters
    • B. three AND gates and four inverters
    • C. three AND gates
    • D. one AND gate
    • Discuss
    • 9. How many 2-input NOR gates does it take to produce a 2-input NAND gate?

    • Options
    • A. 1
    • B. 2
    • C. 3
    • D. 4
    • Discuss
    • 10. The abbreviation NO, when used with respect to electromechanical relays, stands for not operational.

    • Options
    • A. True
    • B. False
    • Discuss


    Comments

    There are no comments.

Enter a new Comment