Electrostatics

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Electrostatics Mastery Quiz

Challenge your understanding of electrostatics with this engaging quiz! Test your knowledge on concepts ranging from Coulomb's law to capacitor characteristics. This quiz is perfect for students, teachers, and anyone interested in the fascinating world of electrostatics.

Key Features:

15 multiple-choice questions.
Instant feedback on your answers.
A fun way to reinforce learning!

17 Questions4 MinutesCreated by ChargingElectron374

Value of k in coulomb's law depends upon

magnitude of charges

distance between charges

both A and B

medium between two charges

Two charges are placed at a certain distance. If the magnitude of each charge is doubled the force will become

1/4th of its original value

1/8th of its original value

4 times of its original value

8 times of its original value

If an electrons is allowed to move along the field in a non uniform electric field then it will follow

Spiral path

Straight line

Curved path

Circular path

If F is force acting on test charge qo, electric field intensity E would be given by

E = F - qo

E = F/qo

E = F + qo

E = qo/F

If medium between two charges is air, then value of constant k in SI units will be

5 × 109 Nm²C-2

7 × 109 Nm²C-2

8 × 109 Nm²C-2

9 × 109 Nm²C-2

Charge on capacitor plates is directly proportional to

current

electric field intensity

potential difference

resistance

A capacitor holds 0.03 C of charge when fully charged by a 6V battery. To hold 2C of charge, voltage required would be

150V

100V

300V

400V

When we rub a glass rod with a silk cloth then

glass rod acquires negative charge while silk acquires positive charge

glass rod acquires positive charge while silk acquires negative charges

both glass rod and silk acquire negative charge

both glass rod and silk acquire positive charge

If mica sheet is placed between the plates of a capacitor the capacity

increases

decreases

increases then decreases

decreases then increases

The minimum charge on any object cannot be less than

1.6 x 10-19C

3.2 x 10 -19C

9.1 x 109C

no definite value exist

3 capacitors with capacitances 5µF, 6µF and 7µF are arranged in parallel combination with a battery of 5V, voltage across each capacitor is

15V

18V

20V

If two charges are increased by two times then force

Decreases 9 times

Increases 9 times

Increases 4 times

Decreases 4 times

Electrostatics

Electrostatics Mastery Quiz

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