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a Two identical capacitors are first ✔ connected in series and then in parallel. The KAA difference between their effective capacities is 3 µF. The capacity of each capacitor is (a) (c) → 3 µF KAY 2 µF (b) (d) 4 μµE 5 µE Ys

a Two identical capacitors are first ✔ connected in series and then in parallel. The KAA difference between their effective capacities is 3 µF. The capacity of each capacitor is (a) (c) → 3 µF KAY 2 µF (b) (d) 4 μµE 5 µE Ys

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a Two identical capacitors are first ✔ connected in series and then in parallel. The KAA difference between their effective capacities is 3 µF. The capacity of each capacitor is (a) (c) → 3 µF KAY 2 µF (b) (d) 4 μµE 5 µE Ys
Transcribed Image Text:a Two identical capacitors are first ✔ connected in series and then in parallel. The KAA difference between their effective capacities is 3 µF. The capacity of each capacitor is (a) (c) → 3 µF KAY 2 µF (b) (d) 4 μµE 5 µE Ys
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