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The total voltage drop across a series of capacitors is __________

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The total voltage drop across a series of capacitors is __________

(a) The voltage drop across any one of the capacitors

(b) The sum of the voltage drop across each of the capacitors

(c) The product of the voltage drop across each of the capacitors

(d) Zero

I got this question during an online exam.

This interesting question is from Distribution of Voltage Across Capacitors in Series in portion Capacitance and Capacitors of Basic Electrical Engineering

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Correct answer is (b) The sum of the voltage drop across each of the capacitors

Explanation: The total voltage drop across a series of capacitors is equal to the sum of the voltage drop across each of the capacitors because when capacitors are connected in series, the voltage drops across each capacitor.

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