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First, look closely: The image displays a worksheet titled "Series and Parallel Circuits" with six labeled circuit diagrams (A through F). The task is to identify which circuits are parallel and which are series. I need to analyze the path of current flow in each diagram to determine its configuration.
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Next, find information: I will use my knowledge of electrical circuits to analyze each diagram.
- In a
series circuit, components are connected end-to-end, forming a single path for current to flow.
- In a
parallel circuit, components are connected across common points, providing multiple paths for current to flow.
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Then, review the findings:
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Circuit A: All components (two resistors and one capacitor) are connected in a single loop. This is a
series circuit.
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Circuit B: Two resistors are connected side-by-side between two common points, with a third resistor in series with them. Since there is a branch with multiple paths, this is a
parallel circuit.
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Circuit C: Two capacitors are connected side-by-side between two common points, with a resistor in series with them. The presence of the parallel branch makes this a
parallel circuit.
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Circuit D: Three resistors are all connected directly across the same two terminals of the battery. This is a classic
parallel circuit.
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Circuit E: Three resistors are connected side-by-side, sharing the same input and output nodes. This is a
parallel circuit.
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Circuit F: All components (one resistor and one capacitor) are connected in a single loop. This is a
series circuit.
Based on this analysis, I can now provide the final answer.
Series Circuits: A, F
Parallel Circuits: B, C, D, E
Parent Tip: Review the logic above to help your child master the concept of series parallel resistor worksheet.
