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Three capacitors are connected to form the capacitor network shown in the drawing. The potential difference between points a and b is ΔVab = 36.0 V a. What is the equivalent capacitance for the capacitor network? (4) b. What charge is stored on the 6 μF capacitor? (4) c. What is the potential difference across the 18 μF capacitor? (4)

Three capacitors are connected to form the capacitor network shown in the drawing. The potential difference between points a and b is ΔVab = 36.0 V a. What is the equivalent capacitance for the capacitor network? (4) b. What charge is stored on the 6 μF capacitor? (4) c. What is the potential difference across the 18 μF capacitor? (4)

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Three capacitors are connected to form the capacitor network shown in the drawing. The potential difference between points a and b is Δ V a b = 36.0 V a. What is the equivalent capacitance for the capacitor network? (4) b. What charge is stored on the 6 μ F capacitor? (4) c. What is the potential difference across the 18 μ F capacitor? (4)

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