Plates of a parallel plate capacitor of capacitance 3 - F are given charges 2 - C and 4 - C asshown in figure- Charge flown through battery in - C as switch S is closed is

Q=CV ⇒ Q=3 × 2 μ C=6 μ C And, nbsp; ...

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Standard XII

Physics

Properties of Charges

Plates of a p...

Question

Plates of a parallel plate capacitor of capacitance $3 μ F$ are given charges $2 μ C$ and $4 μ C$ as shown in figure. Charge flown through battery (in $μ C$ ) as switch S is closed is

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Solution

$Q = C V \Rightarrow Q = 3 \times 2 μ C = 6 μ C$
And,

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Plates of a parallel plate capacitor of capacitance 3μF are given charges 2μC and 4μC as shown in figure. Charge flown through battery (in μC) as switch S is closed is

Q=CV⇒Q=3×2 μC=6 μC And,

Plates of a parallel plate capacitor of capacitance $3 μ F$ are given charges $2 μ C$ and $4 μ C$ as shown in figure. Charge flown through battery (in $μ C$ ) as switch S is closed is

$Q = C V \Rightarrow Q = 3 \times 2 μ C = 6 μ C$
And,