Three capacitors are connected either completely in series or completely in parallel.13)Create an example and prove which configuration produces the greatest totalcapacitance. |

Answered: Three capacitors are connected either…

Three capacitors are connected either completely in series or completely in parallel. Create an example and prove which configuration produces the greatest total capacitance.

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Question

Three capacitors are connected either completely in series or completely in parallel.
13)
Create an example and prove which configuration produces the greatest total
capacitance. |

Expert Solution

Strategy:

Capacitance is the ratio of the electric charge to potential difference on a conductor, i.e.

$C = \frac{Q}{V} (1)$

Since the total voltage and charge remain constant, this condition along with algebraic rearrangement of definition (1) is used to find the equivalent capacitances of series or parallel combination of the capacitors.

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