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2nd Year Physics Chapter 12 MCQs

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Students who want to get the 2nd Year Physics Chapter 12 MCQs With Answers Electrostatics are here in the right place. Electrostatics is the study of charges at rest under the action of electric forces. In this chapter, it is important to study Coulomb’s law, Electric field lines and then there are applications to electrostatics. Then the concept of Electric Flux is important which is the number of lines of forces passing through the element that is placed in an electric field. Electrostatics also finds its way into Gauss’s law which has some very useful applications. Next, the concept of Electric Potential and Electron Volt is important. We can also find the charge on an electron through Millikan’s Method. Then, in the end, there is the concept of the capacitor. Now, let’s have a look at the important MCQs of this chapter to prepare for the entrance test.

2nd Year Physics Chapter 12 MCQs With Answers Electrostatics

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Physics Chapter 12

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Electric field due to point charge depends upon

2 / 20

How do three capacitors of 2 µ F each have to be connected to have an equivalent capacitance of 3 µ F?

3 / 20

The force between two charges 1 m apart is 5 N. If each is moved by .25 towards the other, then the force between them will become

4 / 20

If a charge is placed at the center of cube, the flux emitted through one of the face

5 / 20

An alpha particle is accelerated through a P.D of 103 volts. Its K.E will be

6 / 20

The paper used in the photocopier is

7 / 20

If the distance between two point charges is doubled keeping the charges same then electrostatic force is

8 / 20

If the magnitude of an electric field at a point is equal to electric potential at that point, then the distance of a point from the charge is

9 / 20

The voltage across the capacitor in RC series circuit (Vc) during the charging process

10 / 20

If an alpha particle is accelerated through a potential difference of 10 V then the energy acquired by it will be

11 / 20

Which one of the following is correct for a hollow charged sphere at its center?

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If the electric potential at a distance d from a point charge is V, the value of the electric potential at d/3 will be

13 / 20

In an ink jet printer the droplets that are needed on the paper

14 / 20

The units of permittivity of free space are

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Two-point charges are separated by a distance ‘d’. If one of the charges is doubled and the separation is reduced to one–third of the original distance then the force between charges will become

16 / 20

The electric flux through a closed surface does not depend upon

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A charge of +2Q is transferred to a solid metal sphere of radius r. where does this excess charge reside?

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If 2-ohm resistance is connected to a capacitor of 1 µ F, then the time constant is

19 / 20

If the electric field between two oppositely charged plates is 100 N/C then the potential gradient is

20 / 20

If 1 C charge is moved through a P.D of 10 V then K.E gained by charge is

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