Consider the figure shown. In the circuit shown in figure, the switch can be shifted to positions $1$ and $2$ . The charge on capacitor $C_{1}$ when the switch is at position $1$ is :

120 μ C

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240 μ C

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360 μ C

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80 μ C

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Solution

The correct option is C $360 μ C$
When switch is in position 1:
Let charge $q$ is flowing in the circuit.
$\Rightarrow 30 - \frac{q}{20} - \frac{q}{30} = 0$

$\Rightarrow q = 360 μ C$

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Consider the figure shown. In the circuit shown in figure, the switch can be shifted to positions 1 and 2. The charge on capacitor C1 when the switch is at position 1 is :

The correct option is C 360μCWhen switch is in position 1:Let charge q is flowing in the circuit.⇒30−q20−q30=0⇒q=360 μC

Consider the figure shown. In the circuit shown in figure, the switch can be shifted to positions $1$ and $2$ . The charge on capacitor $C_{1}$ when the switch is at position $1$ is :

The correct option is C $360 μ C$
When switch is in position 1:
Let charge $q$ is flowing in the circuit.
$\Rightarrow 30 - \frac{q}{20} - \frac{q}{30} = 0$

$\Rightarrow q = 360 μ C$