The net charge on a condenser is :

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Answer 1

Every condenser is made with two plates. The charge on one plate is $+ Q$ and other is $- Q$ . Thus total charge of condenser is $Q_{t} = + Q - Q = 0$

Answer 2

Every condenser is made with two plates. The charge on one plate is

+ Q

and other is

- Q

. Thus total charge of condenser is

Q_{t} = + Q - Q = 0

The net charge on a condenser is :

infinity

q/2

2q

zero

Solution

Every condenser is made with two plates. The charge on one plate is $+ Q$ and other is $- Q$ . Thus total charge of condenser is $Q_{t} = + Q - Q = 0$

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Similar questions

A condenser of a capacity of $500 μ F$ is charged at the rate of $50 μ C / s$ . The time taken for charging the condenser to $10 V$ will be :
( Assume initial charge on condenser was zero.)

Charge on capacitor $C_{2}$ is :

Two condensers of capacity $4 μ F$ and $6 μ F$ are connected in series. A potential difference of 500 volt is applied between the outer plates of the compound capacitor. The numerical value of charge on each condenser will be :

A parallel plate capacitor is charged and then disconnected from the source of potential difference. If the plates of the condenser are then moved further apart by the use of an insulated handle, which of the following are true?

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The net charge on a condenser is :

infinity

q/2

2q

zero

Every condenser is made with two plates. The charge on one plate is +Q and other is −Q. Thus total charge of condenser is Qt​=+Q−Q=0

Patterns of problems

Was this answer helpful?

Similar questions

A condenser of a capacity of 500μF is charged at the rate of 50μC/s. The time taken for charging the condenser to 10V will be : ( Assume initial charge on condenser was zero.)

Charge on capacitor C2​ is :

Two condensers of capacity 4μF and 6μF are connected in series. A potential difference of 500 volt is applied between the outer plates of the compound capacitor. The numerical value of charge on each condenser will be :

A parallel plate capacitor is charged and then disconnected from the source of potential difference. If the plates of the condenser are then moved further apart by the use of an insulated handle, which of the following are true?

More From Chapter

Electrostatic Potential and Capacitance

Shortcuts & Tips

Mindmap

Problem solving tips

Memorization tricks

Diagram set

Common misconceptions

Cheatsheets

Practice more questions

8 Qs

3 Qs

3 Qs

3 Qs

1 Qs

57 Qs

Every condenser is made with two plates. The charge on one plate is $+ Q$ and other is $- Q$ . Thus total charge of condenser is $Q_{t} = + Q - Q = 0$

A condenser of a capacity of $500 μ F$ is charged at the rate of $50 μ C / s$ . The time taken for charging the condenser to $10 V$ will be :
( Assume initial charge on condenser was zero.)

Charge on capacitor $C_{2}$ is :

Two condensers of capacity $4 μ F$ and $6 μ F$ are connected in series. A potential difference of 500 volt is applied between the outer plates of the compound capacitor. The numerical value of charge on each condenser will be :