Two condensers of capacities 10 - F and 20 - F have potential differences of 20V and 10V respectively- The total charge is

The correct option is A 400 μ C 10 μ F nbsp; 20 μ F 20v nbsp; nbsp; nbsp; nbsp; nbsp; nbsp; nbsp; nbsp; nbsp; n ...

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Standard XII

Chemistry

Faraday's First Law

Two condenser...

Question

Two condensers of capacities $10 μ F$ and $20 μ F$ have potential differences of 20V and 10V respectively. The total charge is

200 μ C

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600 μ C

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400 μ C

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Solution

The correct option is A $400 μ C$
$10 μ F$ $20 μ F$
20v 10v
q = cv $q_{2} = 200 μ c$
$q_{1} = 200 μ c$

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Two condensers of capacities 10μF and 20μF have potential differences of 20V and 10V respectively. The total charge is

The correct option is A 400μC10μF 20μF20v 10vq = cv q2=200μcq1=200μc

Two condensers of capacities $10 μ F$ and $20 μ F$ have potential differences of 20V and 10V respectively. The total charge is

The correct option is A $400 μ C$
$10 μ F$ $20 μ F$
20v 10v
q = cv $q_{2} = 200 μ c$
$q_{1} = 200 μ c$