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A condenser having a capacity of {6}{F} is charged to {100}{V}

Question

A condenser having a capacity of $6 μ F$ is charged to $100 V$ and is then joined to an uncharged condenser of $14 μ F$ and then removed. The ratio of the charges on $6 μ F$ and $14 μ F$ and the potential of $6 μ F$ will be

\frac{6}{14}

and

50

volts

\frac{14}{6}

and

30

volts

\frac{6}{14}

and

30

volts

\frac{14}{6}

and

0

volts

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Owen Discussed

A condenser having a capacity of

6 μ F

is charged to

100 V

and is then joined to an uncharged condenser of

14 μ F

and then removed. The ratio of the charges on

6 μ F

and

14 μ F

and the potential of

6 μ F

will be

5 mins ago

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Question Text	A condenser having a capacity of $6 μ F$ is charged to $100 V$ and is then joined to an uncharged condenser of $14 μ F$ and then removed. The ratio of the charges on $6 μ F$ and $14 μ F$ and the potential of $6 μ F$ will be
Answer Type	Video solution: 1
Upvotes	150

A condenser having a capacity of 6μF is charged to 100V and is then joined to an uncharged condenser of 14μF and then removed. The ratio of the charges on 6μF and 14μF and the potential of 6μF will be

Filo tutor solutions (1)

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A condenser having a capacity of $6 μ F$ is charged to $100 V$ and is then joined to an uncharged condenser of $14 μ F$ and then removed. The ratio of the charges on $6 μ F$ and $14 μ F$ and the potential of $6 μ F$ will be