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In a parallel circuit, how does the power dissipated by each resistor relate to

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Question: In a parallel circuit, how does the power dissipated by each resistor relate to the total power?

Options:

  1. Total power is the sum of individual powers
  2. Total power is the product of individual powers
  3. Total power is the average of individual powers
  4. Total power is the maximum of individual powers

Correct Answer: Total power is the sum of individual powers

Solution: 

In a parallel circuit, the total power dissipated is the sum of the power dissipated by each resistor.

In a parallel circuit, how does the power dissipated by each resistor relate to

Practice Questions

Q1
In a parallel circuit, how does the power dissipated by each resistor relate to the total power?
  1. Total power is the sum of individual powers
  2. Total power is the product of individual powers
  3. Total power is the average of individual powers
  4. Total power is the maximum of individual powers

Questions & Step-by-Step Solutions

In a parallel circuit, how does the power dissipated by each resistor relate to the total power?
  • Power in Parallel Circuits – In a parallel circuit, each resistor has the same voltage across it, and the total power is the sum of the individual powers dissipated by each resistor.
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