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Series Circuits MCQ Test

  1. A voltage across a series resistor circuit is proportional to?
  2. Many resistors connected in series will?
  3. What is the voltage measured across a series short?
  4. If the resistance total in a series circuit doubles, current will:
  5. Power is defined as ..............
  6. A short circuit has ..............
  7. In a series circuit, the voltage measured across a short will be
  8. The total resistance of a series circuit is equal to the average of all the resistance values.
  9. Larger resistances drop larger voltages in a series circuit.
  10. Batteries are generally connected in ..........
  11. Which of the following is the most cost efficient connection?
  12. The individual powers are additive in a series circuit.
  13. What is the smallest resistor value in a certain five-step R/2R ladder network?
  14. if a 6 v and a 9 v source are connected series aiding the total voltage is
Last Updated: Aug 27, 2022,
Posted in Interview Questions,
20 Questions
Series Circuits MCQ

Take Series Circuits MCQ Test to Test Your Knowledge

Practice here the best Series Circuits MCQ Questions that checks your basic knowledge of Series Circuits. This Series Circuits MCQ Test contains 20+ Multiple Choice Questions. You have to select the right answer to the question. apart from this, you can also download Series Circuits MCQ PDF, completely free.

  • The power in the circuit
  • The value of the resistance itself
  • The amount of time the circuit was on for
  • The value of the other resistances in the circuit
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  • Reduce the power to zero
  • Divide the current proportionally
  • Divide the voltage proportionally among all the resistors
  • None of the above
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  • Null
  • Zero
  • Infinite
  • The value of the source voltage
  • be doubled
  • be halved
  • be the same
  • None of the above
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  • work
  • joules
  • the rate at which work is done
  • the conversion of energy
Download Free : Series Circuits MCQ PDF
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  • No resistance
  • No conductance
  • Low current
  • None of the above
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  • Zero volts
  • Source voltage
  • Infinite voltage
  • The normal voltage drop
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  • Parallel
  • Series
  • Either series or parallel
  • None of the above
  • Series
  • Parallel
  • Either series or parallel
  • None of the above
  • Zero
  • The source voltage
  • The total of the voltage drops
  • None of the above
  • Increases
  • Increases by one-third
  • Decreases by one-third
  • None of the above
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  • Reduce the power to zero
  • Cause the current to divide
  • Divide the source voltage in proportion to their values
  • None of the above
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  • Voltage is doubled
  • Voltage is reduced
  • Resistance is halved
  • Resistance is doubled
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