2nd Year Physics Chapter 12 Electrostatics MCQs With Answers

We are going to share 2nd Year Physics Chapter 12 Electrostatics MCQs With Answers here for the students. In the Inter Part 2 Physics, the 1st Chapter is about Electrostatics. It is the study of Charge in rest. In this chapter, we will study the electric field and will study Coulomb’s law. Moreover, the actions of opposite and the same charges will be studied. Electric Lines of forces has a big role in electrostatics. After this, we will also study how to store charge and will study Capacitors. The capacitor is a very useful device used to store charge. Electric Flux is a very important phenomenon. Potential Gradient is the maximum value of the rate of change of potential with distance. This is a brief summary of this chapter. So, if you are looking for Physics MCQs for Entry Test preparation, then here you will be able to check the important MCQs with answers. Have a look down for it.

2nd Year Physics Chapter 12 Electrostatics MCQs With Answers

2nd Year Physics Chapter 12 Electrostatics MCQs With Answers

An electric field can deflect_____.
A charge of 10^-10C between two parallel plates 1cm apart experiences a force of 10-5N. The potential difference between the plates is:
The leaves of a positively charged electroscope diverge more when an object is brought near the knob of the electroscope. The object must be:
Two 1 kg spheres each carry a charge of magnitude 1C. How does F¬E¬, the strength of the electric force between the spheres, compare with FG, the strength of their gravitational attraction?
A capacitor has a capacitance of 4F in presence of air. Find the capacitance in µF when a medium of dielectric constant 8 is placed between the plates.
Electric flux linked with a surface will be maximum when θ=?
The space between the plates of a capacitor is filled by a liquid of dielectric constant k. The capacitance of the capacitor______.
Potential Gradient is defined as:
A charge of 2C experiences a force 2000N in a uniform electric field. In this field the potential difference between two points separated by a distance 1cm is:
A positive charge is moved against an electric field. It’s P.E:
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