A capacitor with no dielectric is connected to a battery at $t = 0$ . Consider a point A in the connecting wires and a point B in between the plates

there is no current through A

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there is no current through B

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there is no current through A as long as the charging is not complete

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there is no current through B as long as the charging is not complete

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Solution

The correct option is B there is no current through B
through point A current must be there as long as the capacitor is charging and the charging is not complete , if the current is zero then the capacitor would not get charged.
Through point B current is zero as the other plate is charged due to induction and not through the current flow
option $B$ is correct

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A capacitor with no dielectric is connected to a battery at t=0. Consider a point A in the connecting wires and a point B in between the plates

A capacitor with no dielectric is connected to a battery at $t = 0$ . Consider a point A in the connecting wires and a point B in between the plates