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Electric Circuits MCQ Test

  1. Which of the following symbol is used for representing the Independent sources?
  2. Which of the following is the opposing capacity of materials, against the current flow?
  3. ............ are the basic laws for analyzing an electric circuit.
  4. How many types are the dependent sources?
  5. A supernode is situated between ....
  6. There are 13 branches in a complicated network and nearly 8 nodes. ............. equations are required to solve the circuit in node-voltage method?
  7. Mesh analysis is the suitable for ........... .
  8. Which of the following is the Source Transformation?
  9. Which of the following is equal to thevenin’s voltage?
  10. The input applied to an Inverting amplifier is -
  11. Network is designed with .............. to obtain high efficiency.
  12. Which of the following is a component that is used to close or break a circuit?
  13. A component which provides resistance is called .............
  14. Which of the following is the S.I. Unit of Electric Current?
Last Updated: Jul 07, 2020,
Posted in Interview Questions,
20 Questions
Electric Circuits MCQ

Take Electric Circuits MCQ Test & Online Quiz to test your Knowledge

Below is the Electric Circuits MCQ test that checks your basic knowledge of Electric Circuits. This Electric Circuits 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 Electric Circuits Quiz Button.

  • Conductance
  • Susceptance
  • Resistance
  • Inductance
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  • Newtons laws
  • Einstein’s theory
  • Kirchhoff’s laws
  • Faradays laws
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  • Two essential nodes
  • Two reference nodes
  • Essential node and neutral path
  • Essential node and reference node
Download Free : Electric Circuits MCQ PDF
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  • Voltage sources
  • Current sources
  • Unilateral elements
  • Complex elements d
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  • Unique
  • Bilateral
  • Unilateral
  • Complicated
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  • Open circuit voltage
  • Open circuit current
  • Short circuit voltage
  • Short circuit current
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  • Equal to output
  • Not equal to output
  • Equal to Inverted output
  • Output is equal to input
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  • Low Q factor
  • High Q factor
  • Unity Q factor
  • Zero Q factor
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  • Quality factor
  • Resonance quotient
  • Power quotient
  • Qualification test
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  • Potential gradient
  • Dielectric strength
  • Breakdown voltage
  • Specific inductance capacity
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  • Series LC circuit
  • Parallel LC circuit
  • A resonant circuit
  • A non-resonant circuit
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