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Class notes and competitive exam level problem solving of electrostatics[all concepts] $3.74   Add to cart

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Class notes and competitive exam level problem solving of electrostatics[all concepts]

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Electrostatics chapter made easy! Helped me understand concepts in depth. Basics to advance problem solving with important tips and tricks to remember. Highlighted notes and diagrams to clear the concept once and for all.

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  • November 21, 2021
  • 55
  • 2020/2021
  • Interview
  • Unknown
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  • Secondary school
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Available practice questions

Flashcards 10 Flashcards
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Some examples from this set of practice questions

1.

What will happen when we rub a glass rod with silk cloth? a]Some of the electrons from the glass rod are transferred to the cloth. b] The glass gets positive charge and the silk cloth gets negative charge. c]New charge is created in the process. d] Both a] and b] .

Answer: Answer : d] Both a] and b]

2.

A Conducting sphere is negatively charged , then, which one is true? a]Charge is uniformly distributed over entire volume. b] charge is located at the centre of sphere. c] charge is located at the bottom of sphere. d] charge is uniformly distributed over the surface of the sphere.

Answer: Answer : d] Charge is uniformly distributed over the surface of the sphere. Reason: as it is a CONDUCTING sphere, charges are not present inside it and always get distributed over the surface.

3.

In a region of constant potential __[1]__ is constant and __[2]___ is zero.

Answer: Answer: [1] Electric field is constant. [2] Potential difference is zero

4.

State the Gauss Law.

Answer: Gauss Law states that the total electric flux out of a closed surface is equal to the total enclosed charge divided by permittivity. Thus the total flux through a surface in air only depends upon the NET charge enclosed by it. Equation : Flux=Q[net] / permittivity

5.

What is polarisation vector?

Answer: Dipole moment per unit volume is called polarisation. It is a vector quantity,thus called polarisation vector. The direction of the polarisation vector is same as the net dipole moment of the given substance. p=X.E, where : p-polarisation vector. X-electric susceptibility. E - electric field intensity.

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