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RLC Circuits and Resonance MCQ Test

  1. In a parallel RLC circuit, which value may always be used as a vector reference?
  2. current in a series rlc circuit may always be used as
  3. Series RLC voltage or impedance totals must be calculated by:
  4. If the bandwidth of a filter increases:
  5. Current in a series RLC circuit may always be used as a ................
  6. Which of the following statement best describes reactance in a series RLC circuit?
  7. Can a parallel tuned circuit be used to couple energy from one circuit to another?
  8. If the resistance in parallel with a parallel resonant circuit is reduced, the bandwidth
  9. The current is minimum at resonance in a series RLC circuit?
  10. If the value of C in a series RLC circuit is decreased, the resonant frequency
  11. A series resonant circuit is commonly called a tank circuit.
  12. What do you mean by RLC circuit?
  13. Electrical resonance occurs in an electric circuit at a particular resonant frequency when the impedances or admittances of circuit elements cancel each other.
  14. If the value of C in a series RLC circuit is decreased, the resonant frequency ___.
Last Updated: Feb 16, 2023,
Posted in Interview Questions,
20 Questions
RLC Circuits and Resonance MCQ

Test your knowledge with RLC Circuits and Resonance MCQ

Practice here the best RLC Circuits and Resonance MCQ Questions that checks your basic knowledge of RLC Circuits and Resonance. This RLC Circuits and Resonance MCQ Test contains 20+ Multiple Choice Questions. Choose the right answers for every questions to check your final preparation for your exams. Apart from this, you can also download here RLC Circuits and Resonance MCQ PDF, completely free.

  • voltage
  • Current
  • reactance
  • resistance
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  • An angle
  • A reference
  • A leading vector
  • A lagging vector
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  • Adding vectors
  • Graphing the angles
  • Subtracting the values
  • Multiplying the values
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  • Q decreases
  • the roll-off rate increases
  • the center frequency decreases
  • the half-power frequency decreases
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  • Resistance is always dominant.
  • Inductive reactance is always dominant.
  • Capacitive reactance is always dominant
  • The larger of the two reactances is dominant.
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  • Increases
  • Is not affected
  • Decreases
  • Is reduced to zero
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  • an electrical circuit consisting of a resistor (R), an inductor (L), and a capacitor (C), connected in series or in parallel
  • Volatage
  • Both A and B
  • None of the above
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  • purely capacitive
  • purely inductiv
  • purely resistive
  • capacitive and inductive
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