This chapter explains major terminologies based on the dual nature of Radiation and Matter alongside helping you with the concepts of matter that propagates through Radiation.
Here we are going to learn about the duality nature of atoms. The main topics covered are Alpha-particles scattering, atomic spectrum, Bohr’s model, Rutherford’s Nuclear model, electron orbits, De Broglie explanation of Bohr’s model.
In this chapter, you will get to know minute details about nuclei. There are several significant topics and concepts in the chapter which will give you deep insights into the world of nuclei.
This chapter teaches calculating the force between two particles that are placed at a distance from each other, why charge appears when there is a friction between two materials, conductors, insulators, Coulomb’s law, Gauss’s law and applications of these laws, electrostatic fields, electric flux, and dipole.
This chapter teaches calculating the force between two particles that are placed at a distance from each other, why charge appears when there is a friction between two materials, conductors, insulators, Coulomb’s law, Gauss’s law and applications of these laws, electrostatic fields, electric flux, and dipole.
Mechanics are the base of every chapter where we learn how energy plays an important role as a useful quantity to study electric force. This chapter mainly helps in understanding the basic definition of electrostatic potential along with the contribution of potential energy. Important topics of this chapter are equipotential surfaces, capacitors, determining electrical field energy.
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