PHYSICS CLASS 12 VIDEO LECTURES

"Master Physics Concepts Through Comprehensive Video Lectures"

These Physics Class 12 video lectures cover all essential topics from the CBSE syllabus, providing detailed explanations, demonstrations, and problem-solving techniques. Each chapter is carefully organized to help you understand concepts visually and strengthen your knowledge. Use these videos regularly to enhance your learning experience.

Concept of charge and Coulombs law

Superposition Principle For Electrostatic Force

The concept of electric field

Field Due To Dipole And Continuous Charge Distributions

Gauss law in electrostatics

Applications of Gauss law

Electric Charges and Their Properties

Millikan Oil Drop Experiment

Force Between Multiple Charges

Uniform Electric Field

Electric Dipole

Electric Flux and Gauss Law

Application of Gauss Theorem-1

Application of Gauss Theorem-2

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Electrostatic Potential And Potential Energy

Potential Due To Different Charge Distributions

Electric Field And Potential And Concept Of Capacitance

Energy Stored In Capacitors, Field In Dielectrics, Gauss Law In Dielectrics

Cylindrical and Spherical Capacitors, Series and Parallel Combinations

Problems In Electromagnetics: Electrostatics

Problem Solving Electrostatics

Electrostatic Shielding

Electrostatic Potential and Capacitance

Numerical Problems Based on Capacitors

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Electric Current And Current Density

Drift velocity and resistance

Mobility and temperature dependence of resistivity

Electromotive force and Ohm law

Electrical Energy And Power

Series And Parallel Combination Of Resistances Part-I

Equivalent Circuits

Series And Parallel Combinations Of Cells

Kirchhoff Laws: Current and Electricity

Wheatstone bridge, meter bridge and potentiometer

Electric Current and Drift Velocity

Electric Current

Graph For Ohm's Law

Current Electricity

Combination of Resistances

Internal Resistance of a Cell

Kirchhoff Rules-1

Kirchhoff Rules-2

Wheatstone Bridge and Meter Bridge-1

Wheatstone Bridge and Meter Bridge-2

Wheatstone Bridge and Meter Bridge-3

Wheatstone Bridge and Meter Bridge-4

Potentiometer-1

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Magnetostatics: Introduction And Biot Savart Law

Motion Of Charges In The Presence of Electric and Magnetic Fields

Magnetic Field For A Straight Conductor And Ampere's Law

Generalization of Ampere law and its applications

More Applications of Ampere Law

Force And Torque Due To Magnetic Field

Moving Coil Galvanometer, Ammeter and Voltmeter; Potential Energy of a Dipole

Biot Savart Law

Problems Based on Biot Savart's Law

Ampere Circuital Law-1

Ampere Circuital Law-2

Charge Particle Motion

Torque and Current Loop

Moving Coil Galvanometer

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Magnetization: Magnetism and Matter

Magnetization and application of Ampere law

Diamagnetic, Paramagnetic And Ferromagnetic Materials, Magnetic Field Of The Earth

Magnetic Dipole Moment-1

Magnetic Dipole Moment-2

Classification of Materials and Magnets

Earth Magnetism

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Electromagnetic Induction : Electromagnetic Induction

Faraday Law Of Induction: Induced emf

Faraday Law of Induction: Mutual and Self-Inductance

Self-Inductance And Energy In Magnetic Field

AC Current Generator

Electromagnetic Induction-1

Electromagnetic Induction-1

Lenz Law and Motional EMF

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Circuits with Resistance and Inductance

Capacitive Circuits: Alternating Currents

LCR Circuit- Graphical Solution

LCR Circuits- Analytical Solution Resonance

LCR Circuit : Applications

LCR Circuit : Power Factor

LC Oscillations

Alternating Current

Components of AC circuit

LC Circuit and LC Oscillations

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Displacement Current

Concept Of Waves And Electromagnetic Waves

Maxwell Equations And Electromagnetic Waves

Problems In Electromagnetics: Magnetic Fields, EM Waves

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Optics : General Introduction

Optics: Reflection of Light and Formation of Images

The Mirror Equation : Ray Optics and Optical Instruments

Refraction of Light : Ray Optics and Optical Instruments

Total Internal Reflection : Ray Optics and Optical Instruments

Refraction at Spherical Surfaces and by Lenses

Power of a Lens and Combination of Thin Lenses in Contact

Viewing Objects: Eyes as an optical instrument

Microscopes and Telescopes

Refraction Through a Prism and Dispersion

Source of light

Formation of shadow

Image formation by concave mirror

Formation of image by convex lens

Reflection of light:Convex and concave mirror

Reflection of light: Magnification

Refraction Through A Glass Slab

Activity- Light Box

Special Effects Due To Refraction

Refraction Through A Prism

Refraction Through A Prism-1

Refraction at Spherical Surfaces-1

Refraction at Spherical Surfaces-2

Focal Length of Convex Lens and Concave Mirror

Optical Bench, End or Index Correction and Parallax

To find focal of a Convex lens by plotting graphs u and v

Letral inversion of an image

To find the Focal Length of a Convex Mirror using a Convex Lens

To find the Focal Length of a Concave Lens with the help of a Convex Lens

To find the value of v for different values of u in case of Concave Mirror and the Focal Length

simple microscope

Simple Telescope English

Compound Microscope

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Optics: Wave Optics-Huygens Principle

Calculation of electric field from a given electric potential

Optics: Interference with Coherent and Incoherent Waves

Optics: Fringe Shift in the Two-hole Interference Equipment

Diffraction Patterns Due to a Single-Slit and a Circular Aperture

Optics: Polarisation of Light

What is Light -I

What is Light-II

Explaining Huygens principle

Diffraction of Light Waves

Effects of Diffraction in Daily Life

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Modern Physics: General Introduction

Modern Physics -I

Modern Physics -II

Photoelectric Effects: Facts and Prospects

Photoelectric Effect: Einstein Explanation

Wave Nature of Matter

Matter Waves & Structure of the Atom

Problem Solving Modern Physics

Photoelectric Effect

Study of Photoelectric Effect

Study of Photoelectric Effect and Einstein photoelectric equation

De Broglie Waves

Application of Dual Nature of Matter

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The Structure of the Atom

Rutherford Scattering and Introduction to Bohr Model

Bohr Model of Atom-I

Bohr Model of Atom-II

Problem Solving Session, Structure of Atom

Problem Solving in Quantum Physics of Atoms Part-1

Problem Solving in Quantum Physics of Atoms Part-2

Early Atomic Models

Ruthorford Model

Understanding Bohr Model For Hydrogen Atom

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The Atomic Nucleus-I

The Atomic Nucleus-II

The Atomic Nucleus Masses and Stability-I

The Atomic Nucleus Masses and Stability-II

The Atomic Nucleus Fission and Radioactivity

Atomic Nucleus-1

Atomic Nucleus-2

Atomic Nucleus-3

Mass Defect and Binding Energy

Atomic Nucleus-III

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Conductors, Semiconductors and Insulators

Doping in Semiconductors

P-N Junction Basics

Field and Potential in P-N junction

Current Through a P-N Junction

Energy Bands in Solids

Intrinsic and Extrinsic Semiconductors

p-n junction and Rectifier

Diode as a Rectifier

Junction Transistor

Application of Transistors

Common Emitter Transistor Amplifier

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Amplitude & Procedure to Generate Amplitude Modulated Wave

Basics of Electronic Communication Systems Modulation

Detection of Amplitude Modulated Waves

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Physics Wisdom

"The important thing is not to stop questioning. Curiosity has its own reason for existing."

- Albert Einstein

Physics concepts illustration

Physics Tip

"Focus on understanding concepts rather than memorizing formulas. Physics tests your application skills."

- Prof. H.C. Verma

Physics formulas illustration

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