6) Parallel Circuits:

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10 Terms

1
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What is unique about components in a parallel circuit?

Each component is connected separately to the power supply, allowing independent operation.

2
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What happens if one component in a parallel circuit is disconnected?

The other components continue working unaffected.

3
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How is potential difference distributed in a parallel circuit?

It is the same across all components and equal to the source potential difference.

4
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Why do identical bulbs in parallel have the same brightness

Each bulb gets the full source potential difference.

5
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How is current managed in parallel circuits?

Total current is split among the branches; it is the sum of currents in each branch.

6
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What must be true at any junction in a parallel circuit?

The current entering a junction equals the current leaving it.

7
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What happens to total resistance when more resistors are added in parallel?

Total resistance decreases.

8
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Why does adding a resistor in parallel lower total resistance?

Each added resistor provides a new path for current, increasing total current and reducing resistance.

9
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How does V = IR apply to a parallel circuit?

As current increases with additional branches, total resistance must decrease to keep V constant.

10
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Give an example of parallel circuits in daily life.

Household electrical systems, where each appliance operates independently.