This class would provide you with an in-depth understanding of the topic 'Electrostatics'. The students will be able to build a strong foundation and find a strong basis for their boards preparation for the topic.

The subtopics that would be covered in the class are as follows:

1. Charge

2. Coulomb's Law.

3. Electric Field.

4. Lines of Force.

5. Gauss's Law.

6. Potential.

7. Potential Energy of Point Charges.

8. A Conductor In An Electrostatic Field.

Here are some basic points of importance for the topic of Electrostatics, typically covered in Class 12 Physics:

1. Charge: Understanding the concept of charge, its types (positive and negative), and the conservation of charge.

2. Coulomb's Law: Learning about the force between two point charges and how it depends on the magnitude of the charges and the distance between them.

3. Electric Field: Introducing the concept of electric field and its relation to force. Understanding the direction and magnitude of the electric field due to various charge configurations.

Gauss's Law: Explaining how to calculate the

here are some basic points of importance for the topic of Electrostatics, typically covered in Class 12 Physics:

Charge: Understanding the concept of charge, its types (positive and negative), and the conservation of charge.
Coulomb's Law: Learning about the force between two point charges and how it depends on the magnitude of the charges and the distance between them.
Electric Field: Introducing the concept of electric field and its relation to force. Understanding the direction and magnitude of the electric field due to various charge configurations.
Gauss's Law: Explaining how to calculate the electric field using Gauss's law, especially for symmetrical charge distributions.
Electric Potential: Understanding electric potential, electric potential energy, and the relationship between them. Learning about the concept of voltage and equipotential surfaces.
Capacitance: Introducing the concept of capacitance and capacitors. Learning how to calculate capacitance for simple capacitor configurations.
Dielectrics: Explaining the role of dielectrics in capacitors and how they affect capacitance.
Electric Current and Resistance: Briefly covering electric current, resistance, and Ohm's law, which lays the foundation for further study in electric circuits.
Electric Fields and Conductors: Understanding how electric fields behave inside conductors and the concept of electrostatic equilibrium.
Applications: Discussing practical applications of electrostatics in various fields such as in photocopiers, inkjet printers, and Van de Graaff generators.

These points provide a solid foundation for understanding electrostatics, which is essential for further studies in physics and various engineering disciplines.

About the Trainer

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Shubham Chawla

Master of Science (M.Sc.)

6 Years of Experience

I have been teaching Physics for the past 8 years. I have a postgraduate degree in Physics along with a Bachelor's degree in Education. I am CTET qualified.
My skills in teaching involves utmost understanding and concept clarity of my students.
I have a passion for teaching Physics.