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The change on capacitor $c_{1}$

$0_{μ} c$

$5_{μ} c$

$1 0_{μ} c$

none of these

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Capacity of a capacitor is 48 $μ F$ . When it is charged from 0.1 C to 0.5 C, change in the energy stored is :

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A parallel plate capacitor is connected to a battery. The plate are pulled apart with a uniform speed. If $^{'} x^{'}$ is the separation between the plates, then the time rate of change of electrostatic energy of the capacitor is proportional to :

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The capacitance of a variable capacitor joined with the battery of $100$ V is changed from $2 μ F$ to $10 μ F$ . What is the change in the energy stored in it?

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If potential difference across a capacitor is changed from $15 V$ to $30 V$ , work done is $W$ . The work done when potential difference is charged from $30 V$ to $60 V$ , will be:

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Change in enegry of the capacitor is :

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Electrostatic Potential and Capacitance

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The change on capacitor $c_{1}$

$0_{μ} c$

$5_{μ} c$

$1 0_{μ} c$

none of these

Solution

Patterns of problems

Was this answer helpful?

Similar questions

Capacity of a capacitor is 48 $μ F$ . When it is charged from 0.1 C to 0.5 C, change in the energy stored is :

A parallel plate capacitor is connected to a battery. The plate are pulled apart with a uniform speed. If $^{'} x^{'}$ is the separation between the plates, then the time rate of change of electrostatic energy of the capacitor is proportional to :

The capacitance of a variable capacitor joined with the battery of $100$ V is changed from $2 μ F$ to $10 μ F$ . What is the change in the energy stored in it?

If potential difference across a capacitor is changed from $15 V$ to $30 V$ , work done is $W$ . The work done when potential difference is charged from $30 V$ to $60 V$ , will be:

Change in enegry of the capacitor is :

More From Chapter

Electrostatic Potential and Capacitance

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Common misconceptions

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8 Qs

2 Qs

3 Qs

3 Qs

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51 Qs

The change on capacitor c1​

0μ​c

5μ​c

10μ​c

none of these

Patterns of problems

Was this answer helpful?

Similar questions

Capacity of a capacitor is 48 μF. When it is charged from 0.1 C to 0.5 C, change in the energy stored is :

A parallel plate capacitor is connected to a battery. The plate are pulled apart with a uniform speed. If ′x′ is the separation between the plates, then the time rate of change of electrostatic energy of the capacitor is proportional to :

The capacitance of a variable capacitor joined with the battery of 100V is changed from 2μF to 10μF. What is the change in the energy stored in it?

If potential difference across a capacitor is changed from 15V to 30V, work done is W. The work done when potential difference is charged from 30V to 60V, will be:

Change in enegry of the capacitor is :

More From Chapter

Electrostatic Potential and Capacitance

Shortcuts & Tips

Problem solving tips

Common misconceptions

Memorization tricks

Diagram set

Mindmap

Cheatsheets

Practice more questions

8 Qs

2 Qs

3 Qs

3 Qs

1 Qs

51 Qs

The change on capacitor $c_{1}$

$0_{μ} c$

$5_{μ} c$

$1 0_{μ} c$

Capacity of a capacitor is 48 $μ F$ . When it is charged from 0.1 C to 0.5 C, change in the energy stored is :

A parallel plate capacitor is connected to a battery. The plate are pulled apart with a uniform speed. If $^{'} x^{'}$ is the separation between the plates, then the time rate of change of electrostatic energy of the capacitor is proportional to :

The capacitance of a variable capacitor joined with the battery of $100$ V is changed from $2 μ F$ to $10 μ F$ . What is the change in the energy stored in it?

If potential difference across a capacitor is changed from $15 V$ to $30 V$ , work done is $W$ . The work done when potential difference is charged from $30 V$ to $60 V$ , will be: