Recent Articles

Circuit Theorems In Ac Analysis MCQ Test

  1. Which of the following are the two basic components of a Thevenin equivalent ac circuit?
  2. What is the Norton equivalent current?
  3. The superposition theorem is useful for circuit analysis only in ac circuits.
  4. The superposition theorem is useful for the analysis of single-source circuits.
  5. The Norton equivalent current is ___.
  6. The Thevenin equivalent voltage is:
  7. A Thevenin ac equivalent circuit always consists of an equivalent ac voltage source and an equivalent capacitance.
  8. In order to get maximum power transfer from a capacitive source, the load must have a/an ____.
  9. Like Thevenin's theorem, Norton's theorem provides a method of reducing a more complex circuit to a simpler, more manageable form for analysis.
  10. Norton’s theorem gives:
  11. ___ and ____ theorems provide methods for reducing a circuit to a simple equivalent form for easier analysis.
  12. An equivalent circuit is one that produces the same voltage and current to a given load as the original circuit that it replaces.
  13. Is AC Analysis is used to calculate the small-signal response of a circuit?
  14. In applying the superposition theorem, ___.
Last Updated: Mar 29, 2022,
Posted in Interview Questions,
20 Questions
Circuit Theorems In Ac Analysis MCQ

Take Circuit Theorems In Ac Analysis MCQ Test & Online Quiz to test your Knowledge

Below is the Circuit Theorems In Ac Analysis MCQ test that checks your basic knowledge of Circuit Theorems In Ac Analysis. This Circuit Theorems In Ac Analysis MCQ Test contains 20 Multiple Choice Questions. You have to select the right answer to the question. Finally, you can also take the Online Quiz from the Take Circuit Theorems In Ac Analysis Quiz Button.

  • the equivalent voltage source and the equivalent series resistance
  • the equivalent voltage source and the equivalent parallel resistance
  • the equivalent voltage source and the equivalent series impedance
  • the equivalent voltage source and the equivalent parallel resistance
View Answer
  • The short circuit current
  • The current through the load
  • The open-current from the source
  • None of the above
View Answer
  • The current through the load
  • The open-current from the source
  • The short circuit current
  • None of the above
Download Free : Circuit Theorems In Ac Analysis MCQ PDF
View Answer
  • Equal to the source voltage
  • The same as the load voltage
  • The open circuit voltage
  • None of the above
View Answer
  • capacitive reactance equal to circuit resistance
  • impedance that is the complex conjugate of the source impedance
  • capacitive as it is inductive
  • None of the above
View Answer
  • an equivalent voltage source in series with an equivalent impedance
  • an equivalent current source in parallel with an equivalent impedance
  • an equivalent current source in series with an equivalent impedance
  • an equivalent voltage source in parallel with an equivalent impedance
View Answer
  • Thevenin's, Norton's
  • Newton's and Norton's theorems
  • Thevenin's and Ohm's theorems
  • None of the above
View Answer
  • the sources are considered one at a time with all others replaced by their internal impedance
  • all sources are considered simultaneously
  • the sources are considered one at a time with all others replaced by their internal resistance
  • all sources are considered independently
View Answer
  • Transform the circuit to the phasor or frequency domain.
  • Solve the problem using method analysis or theorem circuit techniques.
  • Transform the resulting phasor to the time domain.
  • None of the above
View Answer
  • open circuit voltage
  • closed circuit voltage
  • open circuit current
  • None of the above
View Answer
  • the open-circuit current between two specified terminals in a given circuit.
  • the short-circuit current between two specified terminals in a given circuit
  • total current between two specified terminals in a given circuit.
  • None of the above
View Answer
  • 50fΩ-j50 Ω
  • 100Ω+j50 Ω
  • 100 Ω -j50
  • 50 Ω -j100 Ω
View Answer
Related Interview Questions
Subscribe Our NewsLetter

Never Miss an Articles from us.

Featured Categories