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Determine the total equivalent capacitance of a parallel circuit with three branches. Branch 1 has a 4 uF capacitor. Branch 2 has two series capacitors (5 uF and 3 uF). Branch 3 has a 2 uF capacitor.

Physics

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Step-by-step solution

2 steps
  1. Analyze the given circuit for question 41.

    The circuit consists of three branches connected in parallel.

    • Branch 1: A capacitor C1=4μFC_1 = 4 \mu\text{F}.
    • Branch 2: Two capacitors C2=5μFC_2 = 5 \mu\text{F} and C3=3μFC_3 = 3 \mu\text{F} connected in series.
    • Branch 3: A capacitor C4=2μFC_4 = 2 \mu\text{F}.
  2. Calculate the equivalent capacitance of Branch 2 (C23C_{23}).

    For capacitors in series, the equivalent capacitance is given by $\frac{1}{C_{eq}} = \frac{1}{C_a} +

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