Q2: For circuit shown beside consider two uncharged capacitors c1 = 14 μF, c2 = 6 μF and ε = 24 V. If initially the switch s1 is closed and s2 is opened for long time and then the switch s1 is opened and s2 is closed for long time, find: a. What the charge ( in μC) on the capacitor c1 when the switch s1 is closed and s2 is opened? b. Calculate the potential difference (in V) across capacitor c2 when the switch s1 is opened and s2 is closed?

Q2: For circuit shown beside consider two uncharged capacitors c1 = 14 μF, c2 = 6 μF and ε = 24 V. If initially the switch s1 is closed and s2 is opened for long time and then the switch s1 is opened and s2 is closed for long time, find: a. What the charge ( in μC) on the capacitor c1 when the switch s1 is closed and s2 is opened? b. Calculate the potential difference (in V) across capacitor c2 when the switch s1 is opened and s2 is closed?

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Q2: For circuit shown beside consider two uncharged capacitors c 1 = 14 μ F , c 2 = 6 F F and ε = 24 V . If initially the switch s 1 is closed and s 2 is opened for long time and then the switch s 1 is opened and s 2 is closed for long time, find: a. What the charge ( in μ C ) on the capacitor c 1 when the switch s 1 is closed and s 2 is opened? b. Calculate the potential difference (in V ) across capacitor c 2 when the switch s 1 is opened and s 2 is closed?

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