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IIT-JEE Physics Video Lectures
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Topics for this course
653 Lessons
Units and Measurements
Estimation of Error00:00:00
Resolution of Vector00:00:00
Order of Magnitude00:00:00
Estimation of Error Sum and Difference00:00:00
Estimation of Error Product and Division00:00:00
Estimation of Error Power of Value00:00:00
Significant Figures00:00:00
To Derive a New Relation00:00:00
Dimensions and Dimensional Analysis00:00:00
Use of Dimensions00:00:00
Numericals (Level 1)00:00:00
Numericals (Level 2)00:00:00
Motion in a Plane
Uniform Circular Motion (Speed Constant)00:00:00
Non-uniform CM00:00:00
Well-Wall of Death00:00:00
Conical Pendulum00:00:00
Circular Motion (Skidding of a Car on Curve Road)00:00:00
Cpf and Cff (Centripetal Force and Centrifugal Force)00:00:00
Centripetal Acceleration00:00:00
Vertical Circular Motion00:00:00
Bending of a Cyclist00:00:00
Banking of Road00:00:00
Car on a Concave Bridge00:00:00
Numericals (Level 1)00:00:00
Numericals (Level 2)00:00:00
Motion in a Straight Line
Speed00:00:00
Distance and Displacement00:00:00
Velocity and Acceleration00:00:00
Position-Time Graph00:00:00
Velocity-Time Graph00:00:00
Relative Velocity00:00:00
Scalar and Vector00:00:00
Types of Vector00:00:00
Triangle Law of Vector Addition00:00:00
Scalar Product (Dot Product)00:00:00
Vector Product (Cross Product)00:00:00
Parallelogram Law of Vector Addition00:00:00
Classification of Scalar and Vector Quantity00:00:00
Equation of Kinematics (Ball Thrown Upward and Downward)00:00:00
Numericals (Level 1)00:00:00
Numericals (Level 2)00:00:00
Numericals (Level 3)00:00:00
Laws of Motion
Inertial and Non-Inertial Frame of Reference00:00:00
Newton’s First Law of Motion00:00:00
Newton’s Second and Third Law of Motion00:00:00
Motion of a Body in a Lift00:00:00
Law of Conservation of Linear Momentum00:00:00
Force00:00:00
Free Body Diagram (FBD) Part – 100:00:00
Free Body Diagram (FBD) Part – 200:00:00
Free Body Diagram (FBD) Part – 300:00:00
What is Friction00:00:00
Static Friction00:00:00
Kinetic Friction00:00:00
Angle of Friction00:00:00
Angle of Repose00:00:00
Numericals (Level 1)00:00:00
Numericals (Level 2)00:00:00
Numericals (Level 3)00:00:00
Work Energy & Power
Work (Introduction)00:00:00
Work-Energy Theorem00:00:00
Nature of Work Done00:00:00
Work Done by a Variable Force00:00:00
Work Done by Constant Force00:00:00
Coefficient of Restitution (e)00:00:00
Types of Energy00:00:00
Conservative and Non-Conservative Force00:00:00
Power00:00:00
Collision00:00:00
Loss in Kinetic Energy During Perfectly Inelastic Collision00:00:00
Final Velocities of Bodies after a Head-on Elastic Collision00:00:00
Collision Between Bullet and Vertically Suspended Block00:00:00
Numericals (Level 1)00:00:00
Numericals (Level 2)00:00:00
Numericals (Level 3)00:00:00
Thermal Properties of Matter
Heat vs Temperature00:00:00
Heat and Motion00:00:00
Thermal Expansion & Types00:00:00
Coefficient of Cubical Expansion of an Ideal Gas and Relationship Between Coefficients of Expansion00:00:00
Expansion of Liquid00:00:00
Variation of Density with Temperature and Anomalous Expansion of Water00:00:00
Specific Heat00:00:00
Calorimetry and Change of State00:00:00
Latent Heat00:00:00
Effect of Pressure on Melting and Freezing Point00:00:00
Thermal Conduction Steady State and Temperature Gradient00:00:00
Thermal Conductivity00:00:00
Heat Current & Thermal Resistance00:00:00
Radiation and Prevost’s Theory of Heat Exchanges00:00:00
Reflection, Transmission and Absorption00:00:00
Relation Between a, r and t – Diathermanous and Athermanous Substance00:00:00
Ferry’s Black Body00:00:00
Emissive Power Emissivity & Absorptive Power00:00:00
Stefan Boltzmann Law and Kirchhoff’s Law00:00:00
Black Body Radiation Spectrum and Wien’s Displacement Law00:00:00
Thermal Radiation Properties and Newtons Law of Cooling00:00:00
Mathematical Expression for Newton’s Law of Cooling00:00:00
Numericals (Level 1)00:00:00
Numericals (Level 2)00:00:00
Numericals (Level 3)00:00:00
System of Particles and Rotational Motion
Perpendicular Axes Theorem00:00:00
Kinetic Energy of a Rotating Body00:00:00
Moment of Inertia00:00:00
Center of Mass00:00:00
Radius of Gyration00:00:00
Radius of Gyration (Level 1)00:00:00
Physical Significance of Moment of Inertia00:00:00
Moment of Inertia of Rod and Ring00:00:00
Moment of Inertia of Cylinder00:00:00
Moment of Inertia of Disc00:00:00
Moment of Inertia of Sphere00:00:00
Parallel Axes Theorem00:00:00
Torque Acting on a Rotating Body00:00:00
Angular Momentum of a Rotating Body00:00:00
Conservation of Angular Momentum00:00:00
Rolling Down of a Body on an Inclined Plane00:00:00
Kinetic Energy of Rolling Body00:00:00
Comparison of Translational and Rotational Motion00:00:00
Ratio of Types of Kinetic Energy00:00:00
Numericals (Level 1)00:00:00
Numericals (Level 2)00:00:00
Numericals (Level 3)00:00:00
Mechanical Properties of Solids & Fluids
Fluids Introduction00:00:00
What is Fluid ?00:00:00
Properties of Fluids00:00:00
Pressure and It’s Applications00:00:00
Thrust and Pressure00:00:00
Upthrust and Apparent Weight00:00:00
Example on Upthrust00:00:00
Density and Specific Gravity00:00:00
Pascal’s Law and Proof00:00:00
Pressure Exerted by a Liquid Column00:00:00
Variation of Pressure in an Accelerated Fluid00:00:00
Variation of Pressure in a Non Accelerated Fluid00:00:00
Variation of Pressure Due to Shape and Barometer00:00:00
Manometer00:00:00
Applications of Pascal’s Law – Hydraulic Lift00:00:00
Law of Floatation00:00:00
Steady Flow or Streamline Flow00:00:00
Surface Tension and Molecular Theory00:00:00
Cohesive, Adhesive Force and Molecular Range00:00:00
Shape of Meniscus in a Narrow Tube00:00:00
Angle of Contact and It’s Characteristics00:00:00
Excess Pressure Inside a Liquid Drop00:00:00
Ascent Formula00:00:00
Solids Introduction00:00:00
Elasticity & Elastic Bodies00:00:00
Plasticity & Plastic Bodies00:00:00
Stress00:00:00
Types of Stress00:00:00
Strain00:00:00
Types of Strain00:00:00
Elastic Limit & Hooke’s Law00:00:00
Modulus of Elasticity00:00:00
Young’s Modulus00:00:00
Bulk Modulus & Compressibility00:00:00
Modulus of Rigidity00:00:00
Poisson’s Ratio00:00:00
Elastic after Effect, Elastic Fatigue and Elastic Hysteresis00:00:00
Elastic Potential Energy Per Unit Volume00:00:00
Numericals (Level 1)00:00:00
Numericals (Level 2)00:00:00
Numericals (Level 3)00:00:00
Gravitation
Newton’s Law of Gravitation00:00:00
Kepler’s Laws00:00:00
Gravitational and Inertial Mass00:00:00
Orbital Critical Velocity of Satellite00:00:00
Periodic Time of Satellite00:00:00
Projection of a Satellite00:00:00
Variation of ‘g’ Due to Altitude00:00:00
Variation of ‘g’ Due to Depth00:00:00
Variation of ‘g’ Due to Latitude00:00:00
Gravitational Potential Energy00:00:00
Binding Energy of a Satellite00:00:00
Escape Velocity of a Satellite00:00:00
Communication Satellite00:00:00
Weightlessness00:00:00
Numericals (Level 1)00:00:00
Numericals (Level 2)00:00:00
Numericals (Level 3)00:00:00
Thermodynamics
Introduction00:00:00
Some Important Terms00:00:00
Equilibrium00:00:00
Zeroth Law of Thermodynamics and Temperature00:00:00
Heat and Work00:00:00
Internal Energy00:00:00
First Law of Thermodynamics00:00:00
Applying First Law to Different Processes00:00:00
Specific Heats of Gases and Mayer’s Formula00:00:00
Quasi-Static Process and Isothermal Process00:00:00
Types of Process00:00:00
Adiabatic Relations Between P, V and T00:00:00
Work Done in an Adiabatic Process00:00:00
Work Done in a Cyclic Process00:00:00
Work Done During Expansion00:00:00
Indicator Diagram00:00:00
Heat Engine and Second Law00:00:00
Refrigerator00:00:00
Reversible and Irreversible Process00:00:00
Work Done in an Isothermal & Reversible Process00:00:00
Work Done in an Isothermal & Irreversible Process00:00:00
Carnot Engine00:00:00
Carnot’s Theorem00:00:00
Efficiency of Carnot’s Engine00:00:00
Numericals (Level 1)00:00:00
Kinetic Theory of Gases
Introduction00:00:00
Perfect Gas Equation00:00:00
Gay Lussac’s Law00:00:00
Avogadro’s Law00:00:00
Conventions00:00:00
Dalton’s Law of Partial Pressure00:00:00
Ideal Gas Equation00:00:00
Boyles Law00:00:00
Charles Law00:00:00
Universal Gas Constant (R)00:00:00
Pressure Exerted by the Gas00:00:00
Average RMS and Probable Speeds00:00:00
Kinetic Interpretation of Temperature00:00:00
Energy of Gases Associated with DOF00:00:00
Average Speed00:00:00
Average Speed of Molecules00:00:00
RMS Speed00:00:00
Law of Equipartition of Energy00:00:00
Degrees of Freedom00:00:00
Degree of Freedom of Monoatomic, Diatomic & Triatomic Gases00:00:00
Assumptions of Kinetic Theory of Gases00:00:00
Specific Heat of Monoatomic and Diatomic Gases00:00:00
Specific Heat for Triatomic & Polyatomic Gas00:00:00
Graham’s Law of Diffusion00:00:00
Numericals (Level 1)00:00:00
Numericals (Level 2)00:00:00
Numericals (Level 3)00:00:00
Oscillations & Waves
Harmonic and Non-Harmonic Motion00:00:00
Simple Harmonic Motion00:00:00
Differential Equation of Linear SHM00:00:00
Displacement in SHM00:00:00
Velocity in SHM00:00:00
Acceleration for SHM00:00:00
Different Values of Displacement00:00:00
Different Values of Velocity in SHM00:00:00
Some Important Terms00:00:00
Relation Between SHM and UCM00:00:00
Potential Energy00:00:00
Kinetic Energy00:00:00
Total Energy00:00:00
Graphical Representation of Displacement from Mean Position00:00:00
Graphical Representation of Displacement from Extreme Position00:00:00
Graphical Representation of Velocity from Mean Position00:00:00
Graphical Representation of Velocity from Extreme Position00:00:00
Graphical Representation of Acceleration from Mean Position00:00:00
Graphical Representation of Acceleration from Extreme Position00:00:00
How to Prove SHM00:00:00
Horizontal Spring Mass System00:00:00
Vertical Spring Mass System00:00:00
Spring Mass System in Lift00:00:00
Series Combination of Springs00:00:00
Parallel Combination of Springs00:00:00
Principle of Superposition of SHM00:00:00
Spring Mass System in Electric Field00:00:00
Spring Mass System in Liquid00:00:00
Spring Mass System in Partially Immersed Liquid00:00:00
SHM in a Tunnel at Any Random Point00:00:00
SHM in a Tunnel that Passes Through Diameter00:00:00
Oscillation of Liquid in a U shaped Tube00:00:00
Anti Parallel Combination and Reduced Mass System00:00:00
Cutting of Springs00:00:00
Simple Pendulum00:00:00
SHM in a Simple Pendulum00:00:00
Time Period of a Simple Pendulum00:00:00
Calculate Effective Acceleration Due to Gravity00:00:00
Free Oscillations, Damped Oscillations and Forced Oscillations00:00:00
Resonant Oscillations and Coupled Oscillations00:00:00
Introduction to Waves00:00:00
Newton’s Formula00:00:00
Characteristics of Wave Motion00:00:00
Types of Waves00:00:00
Mechanical Waves – Transverse Wave00:00:00
Energy of a Transverse Wave00:00:00
Kinetic Energy of a Transverse Wave00:00:00
Total Energy of a Transverse Wave00:00:00
Power in a Transverse Wave00:00:00
Average Power in a Transverse Wave00:00:00
Intensity of a Transverse Wave00:00:00
Mechanical Waves – Longitudinal Wave00:00:00
Displacement Relation for a Progressive Harmonic Wave00:00:00
Phase and Phase Difference00:00:00
Particle Velocity00:00:00
Relation Between Particle Velocity and Wave Velocity00:00:00
Particle Acceleration00:00:00
Speed of Transverse Wave on String00:00:00
Speed of Transverse Waves in a Solid00:00:00
Speed of Longitudinal Waves00:00:00
Laplace Correction00:00:00
Simple Harmonic Motion00:00:00
Factors Affecting Speed of Sound – Temperature00:00:00
Factors Affecting Speed of Sound – Pressure00:00:00
Factors Affecting Speed of Sound – Density and Humidity00:00:00
Factors Affecting Wind, Frequency, Amplitude00:00:00
Characteristics of Stationary Wave00:00:00
Analytical Treatment of Stationary Waves00:00:00
Difference Between Progressive and Stationary Wave00:00:00
What is a Standing Wave Part – 100:00:00
What is a Standing Wave Part – 200:00:00
Standing Waves for String Fixed at Both Ends00:00:00
Analytical Treatment for Stationary Waves in a String Fixed at Both Ends00:00:00
Laws of Vibrating Strings00:00:00
Vibration of an Air Column for a Pipe Closed at One End00:00:00
Vibrations of an Air Column for a Pipe Open at Both Ends00:00:00
End Correction00:00:00
Analytical Treatment for Formation of Beats00:00:00
Application of Beats00:00:00
Doppler Effect00:00:00
Oscillation Numericals Level – 100:00:00
Oscillation Numericals Level – 200:00:00
Oscillation Numericals Level – 300:00:00
Waves Numericals Level – 200:00:00
Waves Numericals Level – 300:00:00
Electric Charges and Fields
Coulomb’s Law-in Vector Form part – 100:15:57
Coulomb’s Law-in Vector Form part – 200:00:00
Potential Energy Due to a Single Charge in an Electric Field00:00:00
Gauss’ Law00:00:00
Electric Field Due to a Long Charged Ring00:00:00
Uniformly Charged Plane Sheet00:00:00
Uniformly Charged Sphere00:00:00
Uniformly Charged Cylinder00:00:00
Derivation for Charged Quad00:00:00
Electric Field Due to a Long Charge Rod at Distance A00:00:00
Electric Field in General Case00:00:00
Electric Field and Electric Field Intensity00:00:00
Electric Field and Electric Field Intensity in Vector Form Part – 100:00:00
Electric Field and Electric Field Intensity in Vector Form Part – 200:00:00
Motion of a Charged Particle in an Electric Field00:00:00
Electric Lines of Force00:00:00
Electric Dipole00:00:00
Electric Field Due to Point Charge Distribution Intro00:00:00
Electric Field Due to Point Charge Distribution Part – 100:00:00
Electric Field Due to Point Charge Semi Circle00:00:00
Derivation of Electric Field Intensity Due to a Point Charge +00:00:00
Redistribution of Charges Part – 100:00:00
Redistribution of Charges Part – 200:00:00
Equilibrium of Charges Part – 100:00:00
Equilibrium of Charges Part – 200:00:00
Calculation of Third Charge00:00:00
Dielectric00:00:00
Reduction of EF Due to Polarization00:00:00
Effect of EF on Polar Dielectrics00:00:00
Effect of EF on Non Polar Dielectrics00:00:00
Numericals (Level 1)00:00:00
Numericals (Level 2)00:00:00
Numericals (Level 3)00:00:00
Electrostatic Potential & Capacitance
Electric Potential00:00:00
Electrostatic Potential Energy00:00:00
Electric Potential Due to a Point Charge00:00:00
Electric Potential Due to System of Charges00:00:00
Equipotential Surface00:00:00
Relation Between Electric Field and Electric Potential00:00:00
Electric Potential Energy for System of 2 Point Charges00:00:00
Potential Energy of a Dipole in an External Electric Field00:00:00
Potential Energy of 2 Charges in an External Electric Field00:00:00
Conductors Free Charges and Bound Charges00:00:00
Introduction to Capacitors00:00:00
Capacitor Without Dielectric00:00:00
Capacitor in Series00:00:00
Capacitors in Parallel00:00:00
Energy Stored in Capacitor00:00:00
Effect of EF on Non Polar Dielectrics00:00:00
Reduction of EF Due to Polarization00:00:00
Numericals (Level 1)00:00:00
Numericals (Level 2)00:00:00
Numericals (Level 3)00:00:00
Current Electricity
Current Electricity Introduction00:00:00
Current Density00:00:00
Drift Velocity00:00:00
Drift Velocity Average Relaxation Time00:00:00
Relation Between Current & Drift Velocity00:00:00
Ohm’s Law00:00:00
Derivation of Ohm’s Law00:00:00
Ohm’s Law (Graph )00:00:00
Ohmic and Non Ohmic Devices00:00:00
Non-Ohmic Devices00:00:00
Thermal Motion of Electrons00:00:00
Mechanism of Flow of Electric Current00:00:00
Average Speed of Electron00:00:00
Average Instantaneous Current00:00:00
Variation of Resistance with Temperature00:00:00
Temperature Dependence of Resistance on Metals00:00:00
Temperature Dependence of Resistance on Insulators and Semi-Conductor00:00:00
Heating Effect of Electric Current00:00:00
Series Connection00:00:00
Delta to Star Method00:00:00
Star to Delta Method00:00:00
Mix Grouping of Cells00:00:00
Cells in Series00:00:00
Parallel Grouping of Cells00:00:00
Mixed Grouping of Cells (Maximum Current)00:00:00
Thermal Equilibrium of Heating Elements00:00:00
Colour Code of Resistors00:00:00
Electromotive Force00:00:00
Electric Fuse00:00:00
Kirchhoff Law00:00:00
Kirchhoff’s Voltage Law00:00:00
Example of Kirchhoff’s Voltage Law00:00:00
Wheatstone Network00:00:00
Meter Bridge Experiment00:00:00
Errors Precautions of Meter Bridge Experiment00:00:00
Kelvin’s Method00:00:00
Galvanometer00:00:00
Potentiometer00:00:00
To Compare EMF Individual Cell Method00:00:00
To Compare EMF Sum and Difference00:00:00
Internal Resistance of a Cell00:00:00
Potentiometer vs Voltmeter00:00:00
Galvanometer as an Ammeter00:00:00
Galvanometer as an Voltmeter00:00:00
Difference between Voltmeter & Ammeter00:00:00
Numericals (Level 1)00:00:00
Numericals (Level 2)00:00:00
Numericals (Level 3)00:00:00
Magnetism & Matter
Bar Magnet – Field and Potential00:00:00
Bar Magnet – Magnetic Dipole Moment00:00:00
Magnetic Dipole Moment of Bar Magnet in Different Shapes00:00:00
Examples of Magnetic Dipole Moment of a Bar Magnet00:00:00
Cutting of Bar Magnet00:00:00
Resultant Dipole Moment00:00:00
Coulomb’s Law and Field00:00:00
Potential & Torque00:00:00
Geomagnetism : is Earth Magnetic?00:00:00
Earth Magnetic Field00:00:00
Geography of Earth00:00:00
Tangent Galvanometer00:00:00
Tangent Law00:00:00
Neutral Point00:00:00
Work Done and Neutral Point00:00:00
Vibration Magnetometer00:00:00
Application of Vibration Magnetometer00:00:00
Some Basic Definitions00:00:00
Magnetic Susceptibility00:00:00
Magnetic Materials Part – 100:00:00
Magnetic Materials Part – 200:00:00
Angle of Dip00:00:00
Relation Between False Angle of Dip and True Angle of Dip00:00:00
Relation Between 2 False Angle of Dip in Mutually Perpendicular Plane and True Angle Dip00:00:00
Numericals (Level 1)00:00:00
Numericals (Level 2)00:00:00
Numericals (Level 3)00:00:00
Magnetic Effect of Electric Current & Magnetism
Right Hand Palm Rule00:00:00
Magnetic Field Due to Circular Loop at Different Places00:00:00
Magnetic Field at Center of Current Carrying Loop00:00:00
Magnetic Field Due to Circular Coil Carrying Current00:00:00
Fleming’s Left Hand Rule00:00:00
Magnetic Field Due to Long Straight Current Carrying Conductor00:00:00
Magnetic Induction Due to Long Straight Current Carrying Wire00:00:00
Cyclotron00:00:00
Radius Traced by a Particle Inside the Cyclotron00:00:00
Time Taken by Particle to Trace a Circular Path Inside the Cyclotron00:00:00
Time Taken by Charge Particle to Move in a Semicircular Path Inside the Cyclotron00:00:00
Maximum Kinetic Energy Particle Inside the Cyclotron00:00:00
Biot-savart’s Law00:00:00
Ampere’s Law00:00:00
First Application of Ampere’s Law00:00:00
Magnetic Induction to Cylindrical Loop00:00:00
Solenoid Derivation00:00:00
Toroid00:00:00
Helmholtz Coils00:00:00
Galvanometer00:00:00
Construction and Working of MCG00:00:00
MCG (Derivation)00:00:00
Sensitivity MCG00:00:00
Accuracy of MCG00:00:00
Oersted Experiment00:00:00
Numericals (Level 1)00:00:00
Numericals (Level 2)00:00:00
Numericals (Level 3)00:00:00
Electromagnetic Induction
Introduction00:00:00
Faraday’s Law and Lenz’s Law00:00:00
Electro Magnetic Induction Combination of Coils00:00:00
Lenz’s Law Theoretical Proof00:00:00
Motional EMI00:00:00
Rate of Production of Heat Energy00:00:00
Eddy Current00:00:00
Electro Magnetic Induction Mutual Inductance00:00:00
Electro Magnetic Induction Application of Mutual Induction00:00:00
Self Induction Introduction00:00:00
Electro Magnetic Induction Self Inductance Application00:00:00
Electro Magnetic Induction Transformer Derivation00:00:00
Electro Magnetic Induction Efficiency of Transformer00:00:00
Electro Magnetic Induction Losses in Transformer00:00:00
Numericals (Level 1)00:00:00
Numericals (Level 2)00:00:00
Alternating Current
Alternating Currents Introduction00:00:00
Mean or Average Value of AC00:00:00
Root Mean Square Value (RMS)00:00:00
Average Power00:00:00
Average Power Capacitor00:00:00
Average Power Resistor00:00:00
Phasor LCR00:00:00
Average Power in a LCR Circuit00:00:00
Derivation of AC Generator00:00:00
Resistor00:00:00
Series Resonance00:00:00
Parallel Resonance00:00:00
Quality Factor00:00:00
LC Oscillator00:00:00
Skin Effect00:00:00
Types of Wave Forms00:00:00
Capacitor00:00:00
Impedance00:00:00
Inductor00:00:00
Reactance Part – 100:00:00
Reactance Part – 200:00:00
Numericals (Level 1)00:00:00
Numericals (Level 2)00:00:00
Numericals (Level 3)00:00:00
Electromagnetic Waves
What are EM Waves00:00:00
Displacement Current00:00:00
Maxwell’s Equation00:00:00
Transverse Nature of EM Wave00:00:00
Energy Density00:00:00
Magnetic Field Between Plates of a Capacitor00:00:00
Intensity of an EM wave00:00:00
Energy Carried by EM Wave00:00:00
Current Threading a Loop00:00:00
Numericals (Level 1)00:00:00
Optics
Light00:00:00
Newton’s Corpuscular Theory00:00:00
Drawbacks of Newton’s Corpuscular Theory00:00:00
Huygens Principle00:00:00
Huygens Wave Theory of Light00:00:00
Drawbacks Success of Huygens Wave Theory00:00:00
Wavefront00:00:00
Types of Wavefronts00:00:00
Superposition Principle00:00:00
Interference00:00:00
Conditions for Constructive Interference00:00:00
Conditions for Destructive Interference00:00:00
Coherent and Incoherent Sources00:00:00
Monochromatic Source00:00:00
Sustained Steady Interference Pattern00:00:00
Conditions for Sustained Interference Pattern00:00:00
Young’s Double – Slit Experiments00:00:00
Diffraction & Types of Diffraction00:00:00
Fraunhofer Diffraction Due to a Single Slit00:00:00
Polarization of light00:00:00
Brewster’s Law00:00:00
Rayleigh’s Criterion00:00:00
Brewster’s Law and Dichroism00:00:00
Resolving Power and Limit of Resolution00:00:00
Numericals (Level 1)00:00:00
Numericals (Level 2)00:00:00
Numericals (Level 3)00:00:00
Dual Nature of Matter & Radiation
Light, Corpuscles and Waves00:00:00
Electron Emission00:00:00
Free Electrons in Metals00:00:00
Photoelectric Effect00:00:00
Laws of Photoelectric Emission00:00:00
Experimental Study of Photoelectric Effect00:00:00
Work Function Photoelectric Equation00:00:00
Quantum Theory of Light00:00:00
Calculation of Various Physical Quantities Using Quantum Theory00:00:00
Compton Effect00:00:00
Radiation Force and Pressure00:00:00
Matter Waves00:00:00
De-Broglie Wavelength of an Electron00:00:00
Photo-cells00:00:00
Experimental Demonstration of Wave Nature of Electron (Davisson and Germer Experiment)00:00:00
Intensity of Light00:00:00
Failure of Classical Wave Theory – Dual Nature of Radiation00:00:00
Numericals (Level 1)00:00:00
Numericals (Level 2)00:00:00
Numericals (Level 3)00:00:00
Atoms & Nuclei
Introduction to Atoms00:00:00
History of Atom00:00:00
Thomson’s Model of an Atom00:00:00
Alpha Particle Scattering Experiment Description00:00:00
Distance of Closest Approach00:00:00
Impact Parameter00:00:00
Failure of Rutherford’s Model00:00:00
Radius of Orbit00:00:00
Speed of Electron00:00:00
Angular Speed00:00:00
Kinetic Energy00:00:00
Spectral Series of Hydrogen & Bohr’s Equation00:00:00
Bohr’s Equation00:00:00
Bohr’s Postulates00:00:00
Bohr’s Quantisation Condition00:00:00
Drawbacks of Bohr’s Atomic Model00:00:00
Limitations of Bohr’s Model & Debroglie’s Explanation00:00:00
Nucleus and Composition of Nucleus00:00:00
Nuclear Forces & Binding Energy00:00:00
Radioactive Decay00:00:00
Alpha, Beta and Gamma Decay00:00:00
Law of Radioactive Decay00:00:00
Half Life Period00:00:00
Nuclear Energy – Nuclear Fission00:00:00
Nuclear Energy – Nuclear Fusion00:00:00
Atoms Numericals Level – 100:00:00
Atoms Numericals Level – 200:00:00
Nuclei Numericals Level – 100:00:00
Nuclei Numericals Level – 200:00:00
Nuclei Numericals Level – 300:00:00
Semiconductor : Electronic Materials Devices & Simple Circuits
Electronic Devices00:00:00
Valence Band and Conduction Band for All Materials00:00:00
Electrical Conductivity of a Semiconductor00:00:00
Classification of Semiconductors00:00:00
Energy Bands in Solids – Semi Conductors00:00:00
Energy Bands in Solids – Conductors00:00:00
Intrinsic Semi Conductor00:00:00
Matter00:00:00
Crystalline Solid00:00:00
Bravais Lattice00:00:00
Cubic Lattice00:00:00
Simple Cubic Cell00:00:00
Body Centered Cubic Cell00:00:00
Face Centered Cubic Cell00:00:00
Extrinsic Semiconductor and Doping00:00:00
N-Type00:00:00
P-Type00:00:00
Energy Band of N-Type and P-Type Semiconductor00:00:00
P-N Junction00:00:00
P-N Junction Diode00:00:00
Biasing of a Semi-Conductor00:00:00
Forward Biasing of a P-N Junction Diode00:00:00
P-N Junction Diode as a Half Wave Rectifier00:00:00
P-N Junction Diode as a Full Wave Rectifier00:00:00
Ripple Factor and Filter Circuit00:00:00
Zener Diode as a Voltage Regulator00:00:00
Photodiodes00:00:00
LED00:00:00
Solar Cell00:00:00
Transistor00:00:00
Transistor Configuration00:00:00
CE Characteristics00:00:00
Introduction to Logic Gates00:00:00
Logic Gates Part – 100:00:00
Logic Gates Part – 200:00:00
Numericals (Level 1)00:00:00
Numericals (Level 2)00:00:00
Numericals (Level 3)00:00:00
About the instructors
5.00 (1 ratings)
132 Courses
1358 students
About Course
Studi.Live is an online education portal created to complement students learning along with their regular classroom coaching.
Material Includes
- Light Board HD Interactive Videos for Complete Chemistry
- How to solve numerical videos
- Read informative blogs.
- Learn and collect points.
Duration
- This course is a 1-year program
Exam Covered:
Engineering: JEE Main
Portion:
Grades 11 + 12 Physics (NCERT Based)
Medium of Instructions:
English and Hindi
Tags
Target Audience
As Featured In
Studi.Live is an online education portal created to compliment student's learning along with their regular classroom coaching.
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