NEET 11&12

1 Trigonometry

1 Trigonometry

2 Calculus -I - Differentiation

2 Calculus -I - Differentiation

3 Calculus - II - Integration

3 Calculus - II - Integration

4 Graphs and Algebra

4 Graphs and Algebra

5 Vectors - I

5 Vectors - I

6 Vectors - II

6 Vectors - II

7 Vectors - III

7 Vectors - III

1 Understanding SI Units

1 Understanding SI Units

2 Dimensional Analysis

2 Dimensional Analysis

3 Significant Figures

3 Significant Figures

4 Errors In A Measurement

4 Errors In A Measurement

5 Measurement of Length - Vernier Callipers

5 Measurement of Length - Vernier Callipers

6 Measurement of Length - Screw Gauge

6 Measurement of Length - Screw Gauge

7 Experimental Skills, Basic Mathematics

7 NEET Pattern Questions Exercise-I

8 NEET Pattern Questions Exercise-I

1 Kinematics-I

1 Kinematics-I

2 Kinematics-II

2 Kinematics-II

3 Relative Motion-I

3 Relative Motion

4 Relative Motion-II

4 Graphs in One Dimensional Motion

5 Relative Motion and Graphs

5 Linear Motion illustrations

6 Uniformly accelerated Motion, Average velocity

6 Concept Problems

7 NEET Pattern Questions Exercise-I

7 NEET Pattern Questions Exercise-I

1 Motion in Two Dimension

1 Motion in Two Dimension

2 Projectile Motion

2 Projectile Motion

3 Illustration On Projectile Motion

3 Projectile Motion Inclined Plane

4 Projectile Motion on an Incline Plane

4 Uniform Circular Motion-I

5 Illustrations on Projectile Motion on Incline Plane

5 Uniform Circular Motion-II

6 Constraint Motion

6 NEET Pattern Questions Exercise-I

7 Cases of Two Dimensional Motion

8 Projectile motion, Circular Motion

9 NEET Pattern Questions Exercise-I

1 Newton's Laws of Motion

1 Newton's Laws of Motion

2 Using Newton's Laws

2 Concept of Inertia

3 Using Newton's Laws-II

3 Impulse and Rocket Motion

4 Applying Newton's Laws

4 Common Forces & F.B.D.

5 Pseudo Force

5 Application of NLM-I

6 Illustrations on Newton's Laws

6 Application of NLM-II

7 Newton's III Law of Motion

7 Psedu Force

8 Friction-I

8 Constraint Relation

9 Friction-II

9 Spring Force

10 Illustrations on Friction-I

10 Banking of Roads

11 Illustrations on Friction-II

11 Conical Pendulum

12 Spring Force

12 Motion of Lift and Illustrations

13 Circular Motion-I

13 NEET Pattern Questions Exercise-I

14 Circular Motion-II

15 Circular Motion-III

16 Vertical Circular Motion

17 Illustrations on Circular Motion

18 Impulse, Linear Momentum, Conservation of Linear Momentum

19 NEET Pattern Questions Exercise-I

20 NEET Pattern Questions Exercise-II

1 Work and Energy

1 Work and Energy

2 Illustration on Work Done

2 Illustration on Work Done

3 Work Energy Theorem

3 Conservative & Non-Conservative Forces

4 Work Done by a Spring Force

4 Work Done by Kinetic Friction

5 Work Done by Pseudo Force

5 Law of Conservation of Mechanical Energy

6 Power

6 Potential Energy-I

7 Linear Momentum and Conservation of Momentum

7 Potential Energy-II

8 Momentum and Impulse

8 Potential Energy of Spring

9 Collisions

9 Power

10 Inelastic Collision

10 Momentum & Its Conservation

11 Partially Inelastic Collision and Coefficient of Restitution

11 Collisions

12 Collision in Two Dimension

12 Elastic Collision in Two Dimensions

13 Concept of Work Power and various forms of energy

13 Inelastic Collision

14 NEET Pattern Questions Exercise-I

14 NEET Pattern Questions Exercise-I

15 NEET Pattern Questions Exercise-II

1 Centre of Mass-I

1 Centre of Mass-I

2 Centre of Mass-II

2 Centre of Mass-II

3 Centre of Mass-III

3 Centre of Mass-III

4 Centre of Mass-IV

4 Conservation of Linear Momentum

5 Motion of Centre of Mass

5 Vector Product

6 Illustrations on Centre of Mass

6 Moment of Force-Torque

7 Moment of Inertia-I

7 Work-Energy Theorm Relative to C.M.

8 Moment of Inertia-II

8 Angular Momentum of a particle

9 Moment of Inertia-III

9 Angular Momentum of System of Particles

10 Perpendicular and Parallel Axis Theorem

10 Centre of Gravity

11 Illustrations on Moment of Inertia

11 Moment of Inertia

12 Rotational Dynamics

12 Equlibirium of Rigid Body

13 Illustrations on Torque

13 Theorems of Moment of Inertia

14 Kinetic Energy in Rotation

14 Rigid Body Dynamics-I

15 Angular Momentum

15 Rigid Body Dynamics-II

16 Angular Impulse

16 Collision or Impact-I

17 Illustrations on Conservation of Angular Momentum

17 Collision or Impact-II

18 Combined Rotation and Translational Motion

18 Collision or Impact-III

19 Pure Rolling Motion

19 Rolling Motion

20 Illustrations on Pure Rolling Motion

20 NEET Pattern Questions Exercise-I

21 Rolling with Slipping

22 Rotational Collisions

23 Centre of Mass, Rotational Motion

24 NEET Pattern Questions Exercise-I

25 NEET Pattern Questions Exercise-II

1 Kepler's Laws

1 Universal Law of Gravitation

2 Accelaration due to gravity

2 Gravitational Potential Energy and Potential

3 Gravitational Potential

3 Gravitational Potential

4 Analysis of Keplers Laws

4 Potential Due to A Sphere

5 Keplers Laws Illustrations

5 Self Energy

6 Escape Velocity

6 Gravitational Field Strength-I

7 Earth's Satellite

7 Gravitational Field Strength-II

8 Types of Artificial Satrllites

8 Gravitational Field Strength-III

9 Illustrations on Gravitational Field & Potential

9 Gravitational Field Strength-IV

10 NEET Pattern Questions Exercise-I

10 Illustrations on Gravitational Field-I

11 Illustrations on Gravitational Field-II

12 Acceleration Due to Gravity

13 Satellite and Planetary Motion

14 Satellite in Elliptical Orbit

15 Kepler's Laws

16 Illustrations on Planetary Motion

17 Illustrations on Gravitational Field and Potential Energy

18 Universal Gravitational Laws

19 NEET Pattern Questions Exercise-I

1 Elastic Behaviour of Solids

1 Elasticity

2 Stress-Strain

2 Hooke's Law-I

3 Hooke's Law-II

3 Hooke's Law-II

4 Stress-Strain Curve Analysis

4 Illustrations on Modulii of Elasticity

5 Elastic Potential Energy of wire

5 Potential Energy Stored in a Wire

6 applications of Elasticity

6 Factors Affecting Elasticity

7 NEET Pattern Questions Exercise-I

7 NEET Pattern Questions Exercise-I

8 NEET Pattern Questions Exercise-II

1 Fluid Pressure

1 Pressure

2 Pascal's Law

2 Pascal's Law

3 Application of Pascal's Law

3 Archimedes Principle

4 Inter Molecular Forces

4 Floatation

5 Illustrations (Pascal's Law)

5 Problems on Floatation

6 Surface Tension-I

6 Viscosity

7 Surface Tension-II

7 Poiseuille's Equation

8 Streamline Flow

8 Stoke's Law

9 Bernoulli's Theorem

9 Types of Fluid Flow

10 Applications of Bernoulli's Theorem

10 Bernoulli's Theorem

11 Viscosity

11 Applications of Bernoulli's Theorem

12 Stoke's Law

12 Applications of Bernoulli's Theorem-II

13 Reynolds Number

13 Venturimeter and Pitot's Tube

14 Capillarity

14 Problems on Flow of Fluids

15 NEET Pattern Questions Exercise-I

15 Surface Tension

16 Excess Pressure Inside a Liquid Drop

17 Capillarity

18 Fluid Dynamics

19 NEET Pattern Questions Exercise-I

20 NEET Pattern Questions Exercise-II

1 Temperature and Heat

1 Temperature, Heat and Thermal Expansion

2 Thermal Expansion

2 Specific Heat Capacity

3 Concept of Exapansion in solids

3 Latent Heat

4 Types of Thermal Expansions

4 Calorimetry

5 Illustrations Thermal Expansion

5 Transfer of Heat

6 Specific Heat Capacity

6 Connection of Conductors

7 Heat Transfer

7 Convection

8 Illustrations-Heat Transfer, calorimetry

8 Radiation

9 Black Body Radiations

9 Ideal Gas Equation

10 NEET Pattern Questions Exercise-I

10 Thermal Properties of Matter

11 NEET Pattern Questions Exercise-I

1 Thermal Equilibrium

1 Thermal Equilibrium

2 Work done by gas

2 Internal Energy of a Gas

3 First law of Thermodynamics

3 Work Done By a Gas

4 Analysis of specific heat capacity

4 First law of Thermodynamics

5 Thermodynamical Processes

5 Isothermal and Adiabatic Process

6 P,V,T Graphs Plotting

6 Second Law of Thermodynamics

7 Second Law of Thermodynamics

7 Carnot's Cycle

8 Heat Pumps & Refrigerator

8 Thermoelectric Effect-I

9 Carnot Engine

9 Thermoelectric Effect-II

10 NEET Pattern Questions Exercise-I

10 Heat, 1st law, 2nd law

11 NEET Pattern Questions Exercise-I

1 Kinetic Theory of an Ideal Gas

1 Kinetic Theory of an Ideal Gas-I

2 Pressure of Ideal Gas

2 Kinetic Theory of an Ideal Gas-II

3 Degrees of Freedom

3 Kinetic Conepts

4 Law of Equipartion of Energy

4 NEET Pattern Questions Exercise-I

5 Speed of gas molecules

6 Mean Free Path

7 NEET Pattern Questions Exercise-I

1 Periodic and Oscillatory Motion

1 Periodic and Oscillatory Motion

2 Simple Pendulum

2 Simple Harmonic Motion

3 S. H. M. & Uniform Circular Motion

3 Relation between S. H. M. & Uniform Circular Motion

4 spring mass system

4 Velocity and Acceleration in Simple Harmonic Motion

5 Examples of SHM

5 Energy Conservation in Simple Harmonic Motion

6 Energy in SHM

6 Simple Pendulum

7 Damped Simple Harmonic Motion

7 Damped Simple Harmonic Motion

8 Forced Oscillation and Resonance

8 Forced Oscillation and Resonance

9 Oscillations Overview

9 The Physical Pendulum

10 Oscillations Illustrations

10 Composition of Two SHM-I

11 NEET Pattern Questions Exercise-I

11 Composition of Two SHM-II

12 Cases of Oscillations

13 Simple Harmonic motion

14 NEET Pattern Questions Exercise-I

1 Transverse and Longitudinal Waves

1 Transverse and Longitudinal Waves

2 Propagation of Longitudional wave

2 General equition of waves

3 Wave Function

3 Plane Progressive Wave

4 Doppler's Effect-I

4 Energy of wave

5 Doppler's Effect-II

5 Reflection -Refraction and Speed of Waves

6 Reflection of waves

6 Principle of Superposition of Waves

7 Superposition of waves

7 Standing Waves in String

8 Standing waves in strings

8 Standing Waves and Normal Modes

9 Standing waves in organ pipes

9 Beats

10 Beats

10 Doppler Effect-I

11 Practical aspects of Sound

11 Doppler Effect-II

12 NEET Pattern Questions Exercise-I

12 Waves Motion

13 NEET Pattern Questions Exercise-I

1 Electric Charges

1 Electric Charges

2 Coulomb's Law

2 Conductors, Insulators Charging by Induction

3 Illustrations on Coulomb's Law

3 Coulomb's Law

4 Electric Field

4 Electric Field

5 Electric field due to different objects

5 Electric Dipole

6 Electric Potential energy

6 Electric Field of a Dipole

7 Derivation of Electric potential energy

7 Torque on Dipole Placed in Uniform Electric Field

8 Electric Potential - I

8 Torque on Dipole Placed in Non-Uniform Electric Field

9 Electric Potential - II

9 Charge Distribution: Line, Volume and Surface

10 Electric Potential - III

10 Concept of Flux, Gauss's Law-I

11 Relation between Field and Potential

11 Concept of Flux, Gauss's Law-II

12 Electric dipole

12 Application of Gauss's Law-I

13 Electric dipole - II

13 Application of Gauss's Law-II

14 Torque on an electric dipole

14 Coulomb's Law in Vector Form

15 Illustrations on electric field

15 Application of Electric Field

16 NEET Pattern Questions Exercise-I

16 Electric Field of Charge Distribution

17 Columb's Law, Force, Field

18 NEET Pattern Questions Exercise-I

1 Gauss's Law

1 Concept of Potential Energy and Potential

2 Application of Gauss's Law - I

2 Electrostatic Potential

3 Application of Gauss's Law - II

3 Relation Between Electric Field and Potential

4 Properties of conductor

4 Potential of a Dipole

5 Application of Gauss's Law - III

5 Equipotential Surfaces

6 Application of Gauss's Law - IV

6 Potential Energy of System of Charges

7 Charge distribution on concentric shells

7 Electrostatics of Conductors

8 Force on two short dipoles

8 Dielectrics and Polarization

9 Capacitors and Capacitance-I

9 Capacitors and Capacitance-I

10 Capacitors and Capacitance-II

10 Capacitors and Capacitance-II

11 Capacitors and Capacitance-III

11 Parallel Plate Capacitor

12 Effect of dielectrics

12 Capacitors

13 Connection of Capacitors

13 NEET Pattern Questions Exercise-I

14 Connection of Capacitors - II

15 Method to find charge on capacitor

16 Method to evaluate equivalent capacitance

17 Method to evaluate equivalent capacitance - II

18 CR Circuits

19 NEET Pattern Questions Exercise-I

1 Electric Current

1 Electric Current

2 Drift Velocity

2 Drift Velocity

3 Resistance and Resistivity-I

3 Resistance and Resistivity-I

4 Method to evaluate equivalent resistance - I

4 Resistance and Resistivity-II

5 Method to evaluate equivalent resistance - II

5 Cell

6 Grouping of cells

6 Illustrations on Grouping of Resistors

7 Electrical Measuring Instruments

7 Kirchhoff's Law-I

8 Potentiometer and Its Applications

8 Kirchhoff's Law-II

9 Heating Effects of Current

9 Heating Effects of Current

10 NEET Pattern Questions Exercise-I

10 Electrical Measuring Instruments

11 Wheatstone Bridge

12 Potentiometer

13 Potentiometer and Its Applications

14 Meter Bridge

15 Methods of Finding Equivalent Resistances-I

16 Methods of Finding Equivalent Resistances-II

17 Methods of Finding Equivalent Resistances-III

18 Methods of Finding Equivalent Resistances-IV

19 Grouping of Cells

20 Kirrchoofs laws Circuit

21 NEET Pattern Questions Exercise-I

1 Motion of Charge Particle in Magnetic Field

1 Introduction: Moving Charges as a Source of Magnetism

2 Magnetic Force on a Wire Carrying Current

2 Magnetic Force on a Wire Carrying Current

3 Deviation of a charge particle in magnetic field

3 Motion of Charge Particle in Magnetic Field

4 Biot Savart Law and Its Application - I

4 Charge to Mass Ratio : e/m

5 Biot Savart Law and Its Application - II

5 Biot Savart Law and Its Application

6 Ampere's Law and Its Application-I

6 Cyclotron-I

7 Ampere's Law and Its Application-II

7 Ampere's Law and Its Application-I

8 Magnetic field due to a finite Solenoid

8 Ampere's Law and Its Application-II

9 Force Between Two Wires Carrying Current

9 Solenoid

10 Current Carrying coil in a magnetic field

10 Toroid

11 NEET Pattern Questions Exercise-I

11 Force Between Two Wires Carrying Current

12 Torque on Current Loop

13 Magnetic Dipole Moment

14 Dipole Moment of a Revolving Electron

15 Moving Coil Galvanometer

16 Voltmeter and Ammeter

17 Moving Charges and Magnetism - I

18 Moving Charges and Magnetism - II

19 NEET Pattern Questions Exercise-I

1 Magnetization

1 Magnetic Lines of Force-I

2 Properties of magnetic substances

2 Magnetic Lines of Force-II

3 Explanation of behaviour of substances

3 Bar Magnet in a Uniform Magnetic Field

4 Moving Coil galvanometer

4 Earth's Magnetism

5 Earth's Magnetism

5 Magnetization and Magnetic Intensity & Magnetic Propertise of Materials-I

6 NEET Pattern Questions Exercise-I

6 Magnetization and Magnetic Intensity & Magnetic Propertise of Materials-II

7 Magnetic Material

8 NEET Pattern Questions Exercise-I

1 Electromagnetic Induction and Faraday's Experiment

1 Electromagnetic Induction and Faraday's Experiment

2 Lenz's Law

2 Magnetic Flux and Faraday's Laws of Electromagnetic Induction

3 Motional Electromotive Force-I

3 Motional Electromotive Force-I

4 Illustrations on motional emf

4 Motional Electromotive Force-II

5 Self Inductance and Inductors

5 AC Generator and Eddy Currents

6 Method of finding self inductance

6 Self Inductance & Mutual Inductance

7 Mutual Inductance

7 Energy Stored in Magnetic Field, Transformer

8 Growth and decay of current in an Inductor

8 NEET Pattern Questions Exercise-I

9 NEET Pattern Questions Exercise-I

9 EMI Basic Concepts

10 Induced Current

11 EMI Concepts

1 Alternating Current

1 Phasor Diagrams, AC Voltage & Current

2 Behaviour of electrical elements with AC Source

2 Average & RMS value of AC Current and Voltage

3 LCR circuits

3 AC Voltage Applied to a Series LCR Circuit

4 LCR circuits - II

4 Resonance in LCR Circuit

5 Power in AC Circuit: The Power Factor

5 Power in AC Circuit: The Power Factor

6 Illustrations on Power

6 LC Oscillation

7 NEET Pattern Questions Exercise-I

7 AC Circuit Analysis

8 NEET Pattern Questions Exercise-I

1 Electromagnetic Waves-I

1 Electromagnetic Waves-I

2 Electromagnetic Waves-II

2 Electromagnetic Waves-II

3 Maxwells Equtions and Displacement Current

3 Maxwells Equtions and Displacement Current

4 NEET Pattern Questions Exercise-I

4 Important Physical Properties of EM Waves

5 EM waves

6 NEET Main Pattern Questions Exercise

1 Reflection of Light

1 Reflection of Light

2 Reflection through curved surface

2 Cases of Reflection Through Plane Mirror-I

3 Mirror Formula

3 Cases of Reflection Through Plane Mirror-II

4 Refraction of Light

4 Cases of Reflection Through Plane Mirror-III

5 Spherical Abberation in Mirrors

5 Problems on Reflections Through Plane Mirrors

6 Total Internal Reflection

6 Reflection Through Curved Surfaces-I

7 Prism

7 Reflection Through Curved Surfaces-II

8 Disperssion By Prism

8 Image Formation Through spherical Mirrors-I

9 Achromatic & Direct Vision Prism

9 Image Formation Through spherical Mirrors-II

10 Refraction at Spherical Surfaces

10 Refraction and Laws of Refraction

11 Lens maker's Formula

11 Refraction Through Glass Slab and Lateral Shift

12 Total Internal Reflection and Illustration of Refraction-I

12 Total Internal Reflection and Illustration of Refraction-I

13 Refraction at Curved Surfaces

13 Illustration of Refraction-II

14 Prism and Cases of Prism

14 Refraction at Curved Surfaces

15 Lens and Image Formation for Lens

15 Lens and Image Formation for Lens

16 Combination of Lens and Mirror

16 Combination of Lenses

17 Defects in Images

17 Illustrations on Lenses and Power of Lens

18 Combination of Lens and Mirror

18 Dispersion of Light

19 Chromatic Aberration

19 Compound Microscope

20 Prism and Cases of Prism

20 Astronomical Telescope

21 Illustrations on Prism

21 Human Eye & Defects

22 Displacement Method

22 NEET Pattern Questions Exercise-I

23 Defects in Images

24 Dispersion of Light

25 Compound Microscope

26 Astronomical Telescope

27 Illlustrations on Instruments

28 Human Eye & Defects,Some Natural Phenomena of Light

29 Lens, Curved Mirrors, Optical Instruments

30 NEET Pattern Questions Exercise-I

31 NEET Pattern Questions Exercise-I Next

1 Nature of Light and Wavefront

1 Models of Light

2 Application of Huygen's Principle

2 Doppler's Effect

3 The Doppler's Effect

3 Coherent & Incoherent Sources

4 Analysis of Interference of Light

4 Young's Experiment YDSE

5 Young's Double Slit Experiment

5 Illustrations -YDSE

6 Shape of Fringes on Screen

6 Diffraction of Light

7 Diffraction of Light-I

7 Resolving Power of Optical Instruments

8 Diffraction of Light-II

8 Resolving Power-Illustrations

9 Resolving Power of Optical Instruments

9 Polarisation

10 Polarisation-I

10 Concepts of Polarization

11 Polarisation-II

11 Methods of Polarization

12 Interference Due to Thin Films-I

12 Polarizatiuon by Scattering

13 Interference Due to Thin Films-II

13 Brewster's Law

14 Young's Double Slit Experiment

14 Illustrations of Polarization

15 NEET Pattern Questions Exercise-I

15 Superposition of polarized Waves

16 Optical Activity

17 NEET Pattern Questions Exercise-I

1 Electron Emission

1 Electron Emission

2 Experimental Study of Photoelectric Effect

2 Experimental Study of Photoelectric Effect

3 Photoelectric Effect-I

3 Laws of Phtoelectric Effect

4 Photoelectric Effect-II

4 Einstein's Photoelectric Equation

5 Photon

5 Photon

6 Einstein's Photoelectric Equation

6 Radiation Pressure

7 Photo Cell

7 Wave Nature of Matter

8 Wave Nature of Matter

8 Davissson and Germer Experiment

9 Davisson and Germer Experiment

9 NEET Pattern Questions Exercise-I

10 Illustrations

11 Wave Associated with Particles

12 Photoelectric Effect

13 NEET Pattern Questions Exercise-I

1 Structure of Atoms

1 Structure of Atoms

2 Spectral Series of Hydrogen Atom

2 Bohr's Postulates

3 Energy Levels

3 Spectral Series of Hydrogen Atom

4 De-Broglie's Explanation of Bohr's Second Postulate of Quantistaion

4 Energy Level

5 Emission and Absorption Spectra

5 Emission and Absorption Spectra

6 X-ray

6 X-ray

7 X-ray Spectra

7 X-ray Spectra

8 Moseley's Law

8 Moseley's Law

9 Bhor's Model

9 NEET Pattern Questions Exercise-I

10 NEET Pattern Questions Exercise-I

10 Structure of Nucleus

11 Structure of Nucleus

11 Nuclear Forec & Stability

12 Composition of Nucleus

12 Mass Defect & Binding Energy

13 Nuclear Size and Density

13 Binding Energy Curve

14 Nuclear Stability

14 Radioactivity

15 Laws of Radioactive Decay

15 Mass Defect and Binding Energy

16 Half Life of Radioactive Element

16 Binding Energy Curve

17 Mean Life of Radioactive Element

17 Radioactivity

18 Alpha Decay

18 Nuclear Radiations

19 Beta Decay & Gamma Decay

19 Laws of Radioactive Decay

20 Stability of Nuclei by Neutron to Proton Ratio

20 Activity of Radioactive Element

21 Radioactive Equilibrium

21 Mean life of Radioactivity Element

22 Accumulation of a Radioactive Element in Radioactive Series

22 Alpha Decay

23 Nuclear Fisssion

23 Alpha,Beta and Gamma Decay

24 Nuclear Reactor

24 Gamma Decay

25 Nuclear Fusion

25 Nuclear Fission

26 NEET Pattern Questions Exercise-II

26 Nuclear Reactor

27 Nuclear Fusion

28 X-rays, Nuclear Reactions

29 NEET Pattern Questions Exercise-I

1 Classification of Metals, Conductors and Semiconductors

1 Classification of Metals, Conductors and Semiconductors

2 P and N Type Semiconductors

2 PN Junction

3 P-N Junction Formation

3 Application of Junction Diode

4 V- I Characteristics

4 Special Purpose of PN Junction Diodes

5 Application of Junction Diode

5 Optoelectronic Junction Devices

6 Special Purpose of PN Junction Diodes

6 Junction Transistor

7 Junction Transistor

7 Basic Transistor Circuit Configurations and Transistor Characteristics

8 Common Emitter Characteristics of a Transistor

8 Transistor as a Device-I

9 Transistor as a Device-I

9 Transistor as a Device - II

10 Transistor as a Device - II

10 Digital Electronic and Logic Gates

11 Transistor as a Device -III

11 Logic Gates

12 Digital Electronic and Logic Gates

12 Logic Gates-II

13 Logic Gates

13 NEET Pattern Questions Exercise-I

14 Universal Gates

14 Basics of IC

15 NEET Pattern Questions Exercise-I

15 Photodiode Solar Cell

16 Diodes, N-P-N and P-N-P transistors

1 Basic Terminologies of Communication System

1 Elements of a Communication System

2 Antenna

2 Basic Terminology

3 Bandwidth

3 Bandwidth

4 Bandwidth of Transmission Medium

4 Propagation of Electromagnetic Waves

5 Propagation of Electromagnetic Waves

5 Modulation and Necessity

6 Modulation and Necessity

6 Amplitude Modulation

7 Frequency Modulation

7 Production, Transmission and Detection of AM Wave

8 Modulation, Demodulation, TV transmission

1 General information-I

1 Different Types of Masses

2 General information-II

2 Laws of Chemical Composition-I

3 Laws of Chemical Combination

3 Concept of Limiting Reagent

4 applications of Avogadro's laws

4 Problems on Special Types of Reaction

5 Concept of atomic mass & Molecular mass

5 Empirical and Molecular Formula

6 Introduction of mole-I

6 Eudiometry and Problems on Gaseous mixtures

7 Introduction of mole-II

7 Problems of Gaseous Systems

8 Methods to find Equivalent mass-I

8 Concentration Terms-I

9 Methods to find Equivalent mass-II

9 Concentration Terms-II

10 Methods to find Atomic masses of unknown elements-I

10 Concentration Terms-III

11 Methods to find Atomic masses of unknown elements-II

11 Questions on Acid Base Concepts

12 Numericals on moles & equivalent mass

12 Some Special Concentration Terms

13 Concentration Terms-I

13 NEET Pattern Questions Exercise (1)

14 Concentration Terms-II

14 Stoichiometry-I

15 NEET exam pattern exercise

15 Stoichiometry-II

16 Stoichiometry-III

17 Stoichiometry-IV

1 General introduction

2 Limiting Reagent & Percent yield

3 Numericals & Sequential reactions

4 Analysis of mixtures & Parallel reactions

5 Eudiometry-I

6 Eudiometry-II

7 Eudiometry-III

8 NEET exam pattern exercise

1 General Information-I

1 Cathode Ray Tube Experiment

2 General information-II

2 Rutherford Model of An Atom

3 Discovery of Electron

3 Bohr Theory-I

4 Discovery of Proton & Neutron

4 Bohr Theory-II

5 Atomic model-I

5 Calculation of Energy of Electron

6 Electromagnetic Wave Theory

6 Hydrogen Spectrum-I

7 Planck's Quantum Theory

7 Hydrogen Spectrum-II

8 Photoelectric Effect

8 Dual Nature of Radiation

9 Bohr's model of an atom-I

9 Wave Mechanical Model of An Atom-I

10 Bohr's model of an atom-II

10 Wave Mechanical Model of An Atom-II

11 Spectrum-I

11 More About Quantum Numbers

12 Spectrum-II

12 More About Orbitals and Quantum Number

13 Spectrum-III

13 Nodes and Orbitals

14 De broglie Wave Equation-I

14 Solution of Schrodinger Wave Equation

15 De broglie Wave Equation-II

15 Electronic Configuration-I

16 Heisenberg's Uncertainity Principle

16 Electronic Configuration-II

17 Electronic Configuration

17 NEET Pattern Questions Exercise (1)

18 Wave Mechanical Model of an Atom-I

19 Wave Mechanical Model of an Atom-II

20 Wave Mechanical Model of an Atom-III

21 Important terms

22 NEET Pattern Exercise

1 General introduction-I

1 General information-I

2 General introduction-II

2 General information-II

3 General introduction-III

3 Rate of Radioactive disintegration-I

4 Rate of Radioactive disintegration-I

4 Rate of Radioactive disintegration-II

5 Rate of Radioactive disintegration-II

5 Cause of Radioactivity & its application

6 Nuclear reactions & its type

6 Nuclear reactions & its type

7 NEET exam pattern exercise

7 NEET Pattern Questions Exercise (1)

1 General introduction-I

1 Classification of Elements

2 General introduction-II

2 More About Classification of Elements

3 General introduction-III

3 Modern Periodic Law

4 General introduction-IV

4 Modern Periodic Table

5 Periodic Properties of Elements-I

5 Periodic Properties of Elements

6 Periodic Properties of Elements-II

6 Periodic Trends

7 Periodic Properties of Elements-III

7 Screening Effect

8 NEET exam pattern exercise

8 Slater's Rule

9 More About Screening Effect

10 Ionization Potential

11 Trends of Ionization Potential

12 Applications of Ionization Potential

13 Electron Affinity or Electron Gain Enthalpy

14 Trends of Electron Affinity

15 More About Electron Affinity

16 Electronegativity

17 More About Electronegativity

18 Measurement of Electronegativity

19 Applications of Electronegativity-I

20 Applications of Electronegativity-II

21 Important Results From Electronegativity

22 Connecting Topics

23 Diagonal Relationship

24 Some Example Questions

25 NEET Pattern Questions Exercise (1)

1 General introduction-I

1 Chemical Bonding and Molecular Structure

2 Details of Ionic Bonding

2 Details of Ionic Bonding

3 Details of Covalent & Co-ordinate Bonding-I

3 Lattice Energy for Ionic Bonds

4 Details of Covalent & Co-ordinate Bonding-II

4 Ionic Bonds Continued

5 Dipole moment

5 Inert Pair Effect

6 Resonance

6 Lewis Dot Structure

7 VSEPR theory

7 Details of Covalence

8 Hybridization(VB theory)

8 Covalent Bonds

9 MOT-I

9 Valence Bond Theory Continued

10 MOT-II

10 Pi Bond

11 NEET exam pattern exercise

11 Hybridization-I

12 Hybridization-II

13 Hybridization-III

14 Hybridization-IV

15 Hybridization-V

16 Hybridization-VI

17 Hybridization-VII

18 Hybridization-VIII

19 Explanation of sp3d Hybridization

20 Examples of sp3d

21 Bent's Rule

22 More About %s

23 Dealing Everything With %s

24 Sum Up of %s

25 Help By %s

26 Structure of ClF3

27 Structure of XeF2

28 Structure of SF6 and IF7

29 Details About All Hybridization-I

30 Details About All Hybridization-II

31 Hybridization in Solid and Aqueous States

32 Applications of Bent Rule

33 Explanation of VSEPR Theory

34 Drago's Rule

35 Resonance

36 Polarization and Fajans Rule

37 Dipole Moment

38 Applications of Dipole Moment

39 Van Der Waals Force of Attraction

40 Hydrogen Bonding

41 Metallic Bond

42 Molecular Orbital Theory

43 Details of Molecular Orbital Theory

44 Energy Level Diagrams-I

45 Energy Level Diagrams-II

46 Applications of Bond Order

47 Back Bonding-I

48 Applications of Back Bonding

49 Bridge Bond

50 Oxidation State and Formal Charge

51 NEET Pattern Questions Exercise (1)

1 Intermolecular Forces

1 Introduction to Gases

2 Gas Laws-I

2 Gas Laws-I

3 Gas Laws-II

3 Gas Laws-II

4 Ideal Gas and Laws of Partial Pressure and Volume

4 Ideal Gas and Laws of Partial Pressure and Volume

5 Graham Law of Diffusion & Vessel concept

5 Details of Dalton Law and Calculation of Vapor Pressure

6 Numericals & Graphical platform of Gas Laws

6 Graham Law of Effusion

7 Kinetic Theory of Gases-I

7 Kinetic Theory of Gases

8 Kinetic Theory of Gases-II

8 Maxwell Distribution of Molecular Speeds

9 Vanderwaal's Real Gas equation

9 Real Gas: Deviation from Ideal Behaviour-I

10 liquifaction of Gases

10 Real Gas: Deviation from Ideal Behaviour -II

11 NEET exam pattern exercise

11 Compressibility factor

12 Compressibility and Compressibility Factor

13 Liquefaction of Gases

14 Details of Critical Constants

15 NEET Pattern Questions Exercise (1)