‘V’ potential is given to the two ends of a circuit of ‘n’ number of Capacitors connected in parallel combination. What will be the potential difference after the battery is removed and all the ‘n’ numbers of capacitors are connected in series combination

Question

Vikas TU · Answer

dear student when capacitor is connected in parallel , then equivalent capacitance = nC and voltage at each cap will be sme => V when all are connected in series and battery is removed, then each will remai charge at potential V volt . So , Potential = nV Hope this will helps Good Luck

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‘V’ potential is given to the two ends of a circuit of ‘n’ number of Capacitors connected in parallel combination. What will be the potential difference after the battery is removed and all the ‘n’ numbers of capacitors are connected in series combination

‘V’ potential is given to the two ends of a circuit of ‘n’ number of Capacitors connected in parallel combination. What will be the potential difference after the battery is removed and all the ‘n’ numbers of capacitors are connected in series combination

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