12.1 Introduction of Electrostatics

12.2 Electrostatics Induction

12.3 Coulomb’s Law

12.4 Electric feild intensity and transfrmation of Electric feild lines

12.5 Electroscope

12.6 Application’s of electrostatics

12.7 Electric flux

12.8 Electric flux through a sphere having charge Q at its centre

12.9 Gauss’s Law and its applications (1)

12.10 Gauss’s Law applications part (2)

12.11 Electric Potential

12.12 Relationship between E and Electric potential V

12.13 Millikan’s oil Drop Method

12.14 Capacitors and its Types

12.15 Combination of Capacitors

12.16 Energy Store in a Capacitors

12.17 Dielectric

13.1 Coming Soon

13.2 Drift velocity and current flowing through the mettle

13.3 Ohm’s Law

13.4 Resistance

13.5 Carbon resistor

13.6 Combination of Resistance

13.7 Rheostate

13.8 Electric Power and Power Dissipation

13.9 Eletromotive Force

13.10 Power Output

13.11 Wheatstone Bridge

13.12 Potentiometer

14.1 Introduction of Electromagnetism

14.2 Force On a Current Carrying Conductor in a Uniform Magnetic Field (1)

14.3 Force On a Current Carrying Conductor in a Uniform Magnetic Field (2)

14.4 Ampere’s Law

14.5 Ampere’s Law

16.1 Introduction of A.C

16.2 A.C through Resistance,Capacitors and Inductors

16.3 A.C through RL Series Circuit

16.4 A.C through RC Series Circuit

16.5 Prove of XL and XC

16.6 RLC Series Circuit

16.7 Parallel Resonance Circuit

16.8 3 Phase A.C Supply

16.9 Metal Detector

16.10 Electromagnetic Waves

17.1 Properties and Types of Solids

17.2 Strain Energy

17.3 Stress Strain Graph

17.4 Energy Band Theory

17.5 Semiconductors

17.6 Magnatization and Demagnatization

17.7 Domains

17.8 Hysteresis loop

18.1 PN Junction

18.2 Reversed and Forward Biasing

18.3 Rectification

18.4 Coming Soon

18.5 Transistor

18.6 Amplifier

18.7 Operational Amplifier

18.8 Operational Amplifier as Inverting and Non-Inverting Amplifier

18.9 Comparator and Operational Amplifier as a Night Switch

18.10 Digital System and Logic Gates

19.1 Black Body and Its Effect

19.2 Photoelectric Effect and Photocell

19.3 Pair Production Effect

19.4 Compton’s Effect

20.1 Introduction Of Atomic Spectra

20.2 Bohr’s Model Of Hydrogen Atom

20.3 Orbital Rdius According To Bohr’s Atomic Model

20.4 Orbital Velocity According To Bohr’s Atomic Model

20.5 Production Of X-Rays

21.1 Coming Soon

21.2 Mass defect

21.3 Fission Reaction

21.4 Fusion Reaction

21.5 Radioactivity

21.6 Half Life