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For the circuit shown in the figure , th...

For the circuit shown in the figure , the charge flown through the switch after it is closed is n `muC`. Find the value of n.

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Knowledge Check

  • In the circuit shown, find the amount of charge that will flow through the key when it is closed.

    A
    `20muC`
    B
    `40muC`
    C
    `80muC`
    D
    `120muC`

  • Find the charge flown when the switch S is closed.

    A
    zero
    B
    `(epsilon_0A)/dV`
    C
    `3/2 (epsilon_0A)/d V`
    D
    `(epsilon_0A)/(2d)V`

  • Consider the circuit shown in figure. The current through the battery a long time after the switch S is closed is:

    A
    `(E)/(R_(1))`
    B
    `(E)/(R_(2))`
    C
    `(E)/(R_(1)+R_(2))`
    D
    `(E(R_(1)+R_(2)))/((R_(1)R_(2))`

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    Find heat produced in the circuit shown in figure on closing the switch S .

    In the circuit shown in figure, if the charge on capacitor C_(2) in steady state is (10x)/3 muC , then find value of x .

    In the circuit shown, each capacitor has a capacitance C , The cell voltage is E , Find the amount of charge flowing through the switch when it is closed and also find the heat dissipated in the circuit when the switch is closed.

    After switch is closed in the LC circuit shown in the figure, the charge on the capacitor is sometimes zero, but at such instants the current in the circuit is not zero. How is this behaviour possible ?

    In the given circuit, the initial charges on the capacitors are shown in the figure. The charge flown through the switches S_(1) and S_(2) respectively after closing the switches are

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