Electrostatics Mocktest Mhtcet

We have created a Mocktest Chapterwise series of Physics for preparation of Mhtcet 2025.

ELECTROSTATICS SUBTOPICS FOR MHT CET 2025

1. Application of Gauss’ law
2. Electric Potential and Potential Energy
3. Electric Potential due to a Point Charge, a Dipole and a System of Charges
4. Equipotential Surfaces 86 Electrical Energy of Two Point Charges and of a Dipole in an Electrostatic Conductors and Insulators, Free Charges and Bound Charges Inside a Conductor
5. Dielectrics and Electric Polarisation.
6. Capacitors and Capacitance, Combination of Capacitors in Series and Parallel
7. Capacitance of a Parallel Plate Capacitor Without and With Dielectric Medium Between the Plates 9. Displacement Current
8. Energy Stored in a Capacitor
9. Van de Graaff Generator

 

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#1. The Gaussian surface needed for calculating the electric field due to a charge distribution

any surface around the charge distribution

Only spherical surface

any closed surface around the charge

Only cylindrical surface

#2. Electric field of an isolated charged metallic sphere at any interior point is

Zero

One

Proportional to field

Infinite

#3. The electric potential is independent of which of the following?

Position of point in electric field

Medium

Nature of charge

None of the above

#4. The work done is moving a charge from one point to another is

Independent of path

Proportional to charge

Electric potential energy

All of these

#5. As we move in the direction of electric intensity the electric potential

Increases

decreases

Remains same

becomes zero

#6. A conductor which can be given almost unlimited charge is

Copper

Air

Gold

earth

#7. Electric potential of earth is taken to be zero because earth is a good

Insulator

Conductor

Semiconductor

Dielectric

#8. Which of the following is not a polar molecule?

Ceramic

Glasses

Mica

Magnesia

#9. Dipole moment per unit volume is called

electrification

magnetisation

Polarisation

neutralisation

#10. The current in conductors connecting the voltage source to the plates of a capacitor is

leakage current

Conduction current

Charging current

displacement current

#11. The flow of electrons which does not pass through the battery is known as current

Conduction

Charging

leakage

displacement

#12. During the process of charging a capacitor, some work is done which is stored in the form of

heat energy

Potential energy

Kinetic energy

electrostatic energy

#13. Electric potential is characteristic of

electric charge

electric dipole

electric field

system of electric charges

#14. When one electron is taken towards the other electron , then the electric potential energy of the system

decreases

Increases

remains unchanged

becomes zero

#15. In polar dielectric, tiny electric dipoles are randomly oreinted

in absence of electric field

in presence of electric field

in presence of magnetic field

all of these

#16. The capacity of the conductor does not depend upon

Charge

Voltage

nature of the material

all of these

#17. While a capacitor remains connected to a battery and dielectric slab is inserted between the plates, then

Potential difference between the plates is changed

Charge flow from the battery to the capacitor

electric field between the plates increases

energy stored in the capacitor decreases

#18. Under normal conditions, capacitor have

Conduction current

display current

both conduction and displacement current

neither conduction nor displacement current

#19. Displacement current depends on

moving charges

Change in time

both moving charges and change in time

neither moving charges nor change in time

#20. Magnetic fields between the parallel plates of a capacitor are due to?

Displacement current

Conduction current

Both conduction and displacement current

Neither conduction nor displacement current

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