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In a series circuit, what happens to the voltage across each component if the to

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Question: In a series circuit, what happens to the voltage across each component if the total voltage is constant and the resistance of one component increases?

Options:

  1. Voltage across all components increases
  2. Voltage across all components decreases
  3. Voltage across the increased resistance increases
  4. Voltage across the increased resistance decreases

Correct Answer: Voltage across the increased resistance increases

Solution: 

If the total voltage is constant and the resistance of one component increases, the voltage across that component will increase.

In a series circuit, what happens to the voltage across each component if the to

Practice Questions

Q1
In a series circuit, what happens to the voltage across each component if the total voltage is constant and the resistance of one component increases?
  1. Voltage across all components increases
  2. Voltage across all components decreases
  3. Voltage across the increased resistance increases
  4. Voltage across the increased resistance decreases

Questions & Step-by-Step Solutions

In a series circuit, what happens to the voltage across each component if the total voltage is constant and the resistance of one component increases?
  • Ohm's Law – The relationship between voltage, current, and resistance in a circuit, where V = IR.
  • Series Circuit Behavior – In a series circuit, the total voltage is divided among the components based on their resistances.
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