Electrostatics - Introduction To Charge (Session 1)
Electrostatics - Charge And Mass Comparison (Session 1)
Electrostatics - Frictional Electricity And Induction (Session 1)
Electrostatics - Introduction To Coulombs Law (Session 1)
Electrostatics - Position Vector (Session 2)
Electrostatics - Displacement Vectors (Session 2)
Electrostatics - Coulombs Law In Vector Form (Session 2)
Electrostatics - Class Exercise (Session 2)
Electrostatics - Electric Field And Electric Field Intensity (Session 3)
Electrostatics - Test And Source Charges And Electric Field Of Point Charge (Session 3)
Electrostatics - Lines Of Electric Field (Session 3)
Electrostatics - Properties Of Electric Lines (Session 3)
Electrostatics - Examples (Session 3)
Electrostatics - Class Exercise (Session 3)
Electrostatics - Electric Field Intensity Of A Ring Of Charge (Session 4)
Electrostatics - Electric Field Intensity Of Uniformly Charged Disc (Session 4)
Electrostatics - Electric Field Intensity Of Hemispherical Shell (Session 4)
Electrostatics - Electric Field Intensity Of Linear Conductor (Session 4)
Electrostatics - Solid Angle (Session 5 & 6)
Electrostatics - Electric Flux (Session 5 & 6)
Electrostatics - Gauss Theorem (Session 5 & 6)
Electrostatics - Example Of Point Charge (Session 5 & 6)
Electrostatics - Important Points To Remember (Session 5 & 6)
Electrostatics - Class Exercise (Session 5 & 6)
Electrostatics - Gauss Theorem On Point Charge (Session 7 & 8)
Electrostatics - Gauss Theorem On Spherical Shell And Uniformly Charged Solid Sphere (Session 7 & 8)
Electrostatics - Guass Theorem On Line Charge, Hollow And Uniformly Charges Solid Cylinder 1 (Session 7 & 8)
Electrostatics - Guass Theorem On Line Charge, Hollow And Uniformly Charges Solid Cylinder 2 (Session 7 & 8)
Electrostatics - Electric Field Due Infinite Sheet Of Charge (Session 9)
Electrostatics - Charge Distribution On Infinite Conducting Sheets Of Charge (Session 9)
Electrostatics - Introduction (Session 10 & 11)
Electrostatics - Potential Energy (Session 10 & 11)
Electrostatics - Potential Energy Of Two Charged Particle System (Session 10 & 11)
Electrostatics - Important Points (Session 10 & 11)
Electrostatics - Potential Energy Of System Of Charges (Session 10 & 11)
Electrostatics - Problems (Session 10 & 11)
Electrostatics - Electric Potential And Equipotential Surfaces (Session 10 & 11)
Electrostatics - Introduction (Session 12)
Electrostatics - Potential Due To Point Charge (Session 12)
Electrostatics - Potential Due To Shell Or Conducting Sphere (Session 12)
Electrostatics - Potential Due To Uniformly Charged Non Conducting Solid Sphere (Session 12)
Electrostatics - Potential Due To Ring (Session 12)
Electrostatics - Potential Due To Linear Charge (Session 12)
Electrostatics - Potential Due To Cylindrical Shell Or Solid Conducting Cylinder (Session 12)
Electrostatics - Potential Due To Charged Disc (Session 12)
Electrostatics - Potential Due To Infinite Sheet Of Charge (Session 12)
Electrostatics - Electric Dipole And Dipole Moment (Session 13)
Electrostatics - Electric Field Intensity At A Point On Axis Of Dipole (Session 13)
Electrostatics - Electric Field Potential At A Point On Axis Of Dipole (Session 13)
Electrostatics - Electric Field Intensity And Potential On Perpendicular Bisector Of Dipole (Session 13)
Electrostatics - Electric Field Intensity Of Dipole At Some General Location (Session 13)
Electrostatics - Introduction (Session 14)
Electrostatics - Energy Of Spherical Shell (Session 14)
Electrostatics - Energy Of Uniformly Charged Non Conducting Sphere (Session 14)
Electrostatics - Pressure Developed Inside Hollow Sphere (Session 14)
Electrostatics - Force Needed To Hold Two Hemisphere With Same Charge Density Together (Session 14)
Electrostatics - Charge Distribution (Session 14)
Electrostatics - Corona Discharge (Session 14)
Capacitors - Introduction To Capacitance (Session 1 To 3)
Capacitors - Spherical Capacitor (Session 1 To 3)
Capacitors - Cylindrical Capacitor (Session 1 To 3)
Capacitors - Example (Session 1 To 3)
Capacitors - Class Exercise (Session 1 To 3)
Capacitors - Introduction To Kirchoffs Law (Session 4 To 7)
Capacitors - Combination Of Capacitors (Session 4 To 7)
Capacitors - Some Special Combinations Of Capacitors (Session 4 To 7)
Capacitors - Problems (Session 4 To 7)
Capacitors - Energy Stored In Capacitor And Work Done By Battery (Session 8 To 10)
Capacitors - Redistribution Of Charge And Loss Of Energy As Heat With Examples (Session 8 To 10)
Capacitors - Inserting Dielectric Slab Between The Plates Of A Capacitor (Session 8 To 10)
Capacitors - Electric Field, Energy Density And Force Between The Plates Of Capacitor (Session 8 To 10)
Capacitors - Work Done In Pulling The Plates Of Capacitor Apart (Session 8 To 10)
Capacitors - Force On Dielectric Slab (Session 8 To 10)
Capacitors - Examples (Session 8 To 10)
Current Electricity - Concept Of Electric Current (Session 1)
Current Electricity - Examples-I (Session 1)
Current Electricity - Properties And Types Of Current (Session 1)
Current Electricity - Current Density (Session 1)
Current Electricity - Drift Velocity (Session 1)
Current Electricity - Relaxation Time And Mobility (Session 1)
Current Electricity - Example-II (Session 1)
Current Electricity - Class Exercise (Session 1)
Current Electricity - Ohms Law (Session 2 & 3)
Current Electricity - Resistance (Session 2 & 3)
Current Electricity - Variation Of Resistance With Temperature (Session 2 & 3)
Current Electricity - Factors Effecting Resistance (Session 2 & 3)
Current Electricity - Resistivity (Session 2 & 3)
Current Electricity - Factors Effecting Resistivity (Session 2 & 3)
Current Electricity - Conductivity And Conductance (Session 2 & 3)
Current Electricity - Stretching Of Wire (Session 2 & 3)
Current Electricity - Electrical Conducting Material For Specific Use (Session 2 & 3)
Current Electricity - Colour Coding Of Resistance (Session 2 & 3)
Current Electricity - Colour Code For Carbon Resistance (Session 2 & 3)
Current Electricity - Illustrations (Session 2 & 3)
Current Electricity - Class Exercise (Session 2 & 3)
Current Electricity - Resistance In Series (Session 4)
Current Electricity - Resistance In Parallel (Session 4)
Current Electricity - Illustrations (Session 4)
Current Electricity - Class Exercise (Session 4)
Current Electricity - Cell And Emf Of Cell (Session 5 & 6)
Current Electricity - Kirchoffs Law (Session 5 & 6)
Current Electricity - Terminal Potential (Session 5 & 6)
Current Electricity - Problem Solving Strategy Applying Kirchoffs Rules (Session 5 & 6)
Current Electricity - Earthing, Short Circuit, Internal Resistance Of A Cell (Session 5 & 6)
Current Electricity - Illustrations (Session 5 & 6)
Current Electricity - Class Exercise (Session 5 & 6)
Current Electricity - Applying Symmetry With Examples (Session 7)
Current Electricity - Delta To Star Or Delta-Star Transformations (Session 7)
Current Electricity - Star To Delta Or Star-Delta Transformations (Session 7)
Current Electricity - Class Exercise (Session 7)
Current Electricity - Series And Parallel Grouping (Session 8)
Current Electricity - Mixed Grouping (Session 8)
Current Electricity - Illustrations (Session 8)
Current Electricity - Class Exercise (Session 8)
Current Electricity - Heating Effect (Session 9)
Current Electricity - Maximum Power Transfer Theorem (Session 9)
Current Electricity - Illustrations (Session 9)
Current Electricity - Class Exercise (Session 9)
Current Electricity - Wheatstone Bridge (Session 10 & 11)
Current Electricity - Meter Bridge, Galvanometer, Ammeter, Voltmeter (Session 10 & 11)
Current Electricity - Potentiometer (Session 10 & 11)
Current Electricity - Potentiometer Uses Postoffice Box (Session 10 & 11)
Current Electricity - Illustrations (Session 10 & 11)
Current Electricity - Class Exercise (Session 10 & 11)
Current Electricity - Charging Of Capacitor (Session 12 & 13)
Current Electricity - Discharging Of Capacitor (Session 12 & 13)
Current Electricity - Illustrations (Session 12 & 13)
Current Electricity - Class Exercise (Session 12 & 13)
Magnetic Effect of Electric Current - Oersted Experiment And Biot Savart Law (Session 1)
Magnetic Effect of Electric Current - Right Hand Thumb Rule And Maxwells Cork Screw Rule (Session 1)
Magnetic Effect of Electric Current - Magnetic Field Due To A Straight Current Carrying Conductor (Session 1)
Magnetic Effect of Electric Current - Illustration 1 (Session 1)
Magnetic Effect of Electric Current - Illustration 2 (Session 1)
Magnetic Effect of Electric Current - Class Exercise (Session 1)
Magnetic Effect of Electric Current - Magnetic Field At Centroid (Session 2)
Magnetic Effect of Electric Current - Magnetic Field At Centroid In Polygon (Session 2)
Magnetic Effect of Electric Current - Magnetic Field In Parallel Straight Lines (Session 2)
Magnetic Effect of Electric Current - Current Carrying In Different Directions (Session 2)
Magnetic Effect of Electric Current - Illustrations (Session 2)
Magnetic Effect of Electric Current - Class Exercise (Session 2)
Magnetic Effect of Electric Current - Magnetic Field Due To Circular Coil Of Current (Session 3)
Magnetic Effect of Electric Current - Soleniod (Session 3)
Magnetic Effect of Electric Current - Examples (Session 3)
Magnetic Effect of Electric Current - Class Exercise (Session 3)
Magnetic Effect of Electric Current - Amperes Law (Session 4)
Magnetic Effect of Electric Current - Magnetic Field Due To Cylindrical Wire (Session 4)
Magnetic Effect of Electric Current - Magnetic Field In Sheet, Solenoid And Toroid (Session 4)
Magnetic Effect of Electric Current - Illustration (Session 4)
Magnetic Effect of Electric Current - Class Exercise (Session 4)
Magnetic Effect of Electric Current - Force On A Charged Particle In Magnetic Field (Session 5)
Magnetic Effect of Electric Current - Trajectory Of A Charged Particle In A Magnetic Field (Session 5)
Magnetic Effect of Electric Current - Deviation Of A Charged Particle In Magnetic Field (Session 5)
Magnetic Effect of Electric Current - Illustrations (Session 5)
Magnetic Effect of Electric Current - Class Exercise (Session 5)
Magnetic Effect of Electric Current - Lorentz Force (Session 6)
Magnetic Effect of Electric Current - Cyclotron (Session 6)
Magnetic Effect of Electric Current - Illustrations (Session 6)
Magnetic Effect of Electric Current - Class Exercise (Session 6)
Magnetic Effect of Electric Current - Force On A Current Carrying Conductor In Magnetic Field (Session 7)
Magnetic Effect of Electric Current - Force On Semi Circular Wire Loop (Session 7)
Magnetic Effect of Electric Current - Illustrations (Session 7)
Magnetic Effect of Electric Current - Class Exercise (Session 7)
Magnetic Effect of Electric Current - Magnetic Force Between Two Parallel Conductors Carrying Current (Session 8)
Magnetic Effect of Electric Current - One Ampere And Force Between Two Parallel Current Carrying Conductors (Session 8)
Magnetic Effect of Electric Current - Illustrations (Session 8)
Magnetic Effect of Electric Current - Class Exercise (Session 8)
Magnetic Effect of Electric Current - Magnetic Moment (Session 9)
Magnetic Effect of Electric Current - Illustrations (Session 9)
Magnetic Effect of Electric Current - Torque On Current Loop (Session 9)
Magnetic Effect of Electric Current - Class Exercise (Session 9)
Magnetic Effect of Electric Current - Moving Coil Galvanometer (Session 10 & 11)
Magnetic Effect of Electric Current - Tangent Galvanometer (Session 10 & 11)
Magnetic Effect of Electric Current - Comparison Between Mcg And Tg (Session 10 & 11)
Magnetic Effect of Electric Current - Examples (Session 10 & 11)
Magnetic Effect of Electric Current - Class Exercise (Session 10 & 11)
Magnetism - Bar Magnet (Session 1)
Magnetism - Properties Of A Magnet (Session 1)
Magnetism - Magnetic Dipole Moment (Session 1)
Magnetism - Magnetic Field And Its Lines Of Force (Session 1)
Magnetism - Illustrations (Session 1)
Magnetism - Class Exercise (Session 1)
Magnetism - Coulombs Law In Magnetism (Session 2)
Magnetism - Magnetic Field Due To A Magnetic Pole (Session 2)
Magnetism - Magnetic Potential (Session 2)
Magnetism - Magnetic Potential Due To A Dipole (Session 2)
Magnetism - Magnetic Field Of A Dipole (Session 2)
Magnetism - Torque On A Magnet In Magnetic Field (Session 2)
Magnetism - Workdone In Rotating The Magnet (Session 2)
Magnetism - Potential Energy In Magnetic Field (Session 2)
Magnetism - Illustrations (Session 2)
Magnetism - Class Exercise (Session 2)
Magnetism - Dipole-Dipole Interaction (Session 3)
Magnetism - Earths Magnetic Field (Session 3)
Magnetism - Elements Of Earths Magnetic Field (Session 3)
Magnetism - Magnetic Maps (Session 3)
Magnetism - Neutral Points (Session 3)
Magnetism - Illustrations (Session 3)
Magnetism - Class Exercise (Session 3)
Magnetism - Tangent Law (Session 4)
Magnetism - Tangent Galvanometer (Session 4)
Magnetism - Deflection Magnetometer (Session 4)
Magnetism - Vibration Magnetometer (Session 4)
Magnetism - Illustrations (Session 4)
Magnetism - Class Exercise (Session 4)
Magnetism - Magnetic Properties Of The Materials (Session 5)
Magnetism - Types Of Magnetic Material (Session 5)
Magnetism - Curie Law (Session 5)
Magnetism - Curie Temperature (Session 5)
Magnetism - Curie Weiss Law (Session 5)
Magnetism - Hysteresis Curve (Session 5)
Magnetism - Comparison Between Soft Iron And Steel (Session 5)
Magnetism - Comparative Study Of Magnetic Material (Session 5)
Magnetism - Illustrations (Session 5)
Magnetism - Class Exercise (Session 5)
Electro Magnetic Induction - Magnetic Flux (Session 1)
Electro Magnetic Induction - Faradays Laws Of Electromagnetic Induction (Session 1)
Electro Magnetic Induction - Lenzs Law (Session 1)
Electro Magnetic Induction - Illustrations (Session 1)
Electro Magnetic Induction - Class Exercise (Session 1)
Electro Magnetic Induction - Dynamic (Motional) Emf Due To Translatory Motion (Session 2)
Electro Magnetic Induction - Motion Of Conducting Rod On An Inclined Plane (Session 2)
Electro Magnetic Induction - Motional Emf In Loop By Generated Area (Session 2)
Electro Magnetic Induction - Illustrations (Session 2)
Electro Magnetic Induction - Class Exercise (Session 2)
Electro Magnetic Induction - Motional Emi Due To Rotational Motion (Session 3)
Electro Magnetic Induction - Periodic Emf (Session 3)
Electro Magnetic Induction - Induced Electric Field (Session 3)
Electro Magnetic Induction - Illustrations (Session 3)
Electro Magnetic Induction - Class Exercise (Session 3)
Electro Magnetic Induction - Self Induction (Session 4)
Electro Magnetic Induction - Coefficient Of Self Induction (Session 4)
Electro Magnetic Induction - Units And Dimensional Formula Of Inductance (Session 4)
Electro Magnetic Induction - Dependence Of Self Inductance (Session 4)
Electro Magnetic Induction - Magnetic Potential Energy Of Inductor (Session 4)
Electro Magnetic Induction - Calculation Of Self Inductance (Session 4)
Electro Magnetic Induction - Mutual Induction (Session 4)
Electro Magnetic Induction - Coefficient Of Mutual Induction (Session 4)
Electro Magnetic Induction - Dependence Of Mutual Inductance (Session 4)
Electro Magnetic Induction - Relation Between Self And Mutual Inductance (Session 4)
Electro Magnetic Induction - Various Formulae For Mutual Inductance (Session 4)
Electro Magnetic Induction - Combination Of Inductance (Session 4)
Electro Magnetic Induction - Illustrations (Session 4)
Electro Magnetic Induction - Class Exercise (Session 4)
Electro Magnetic Induction - Growth Of Current In Series R-L Circuit (Session 5)
Electro Magnetic Induction - Decay Of Current (Session 5)
Electro Magnetic Induction - Energy Stored In The Magnetic Field Of An Inductor (Session 5)
Electro Magnetic Induction - Eddy Currents And Its Applications (Session 5)
Electro Magnetic Induction - Illustrations (Session 5)
Electro Magnetic Induction - Class Exercise (Session 5)
Electro Magnetic Induction - LC-Oscillation (Session 6)
Electro Magnetic Induction - Demonstration Of LC-Oscillation (Session 6)
Electro Magnetic Induction - Transformers (Session 6)
Electro Magnetic Induction - Types Of Transformers (Session 6)
Electro Magnetic Induction - Efficiency Of Transformers (Session 6)
Electro Magnetic Induction - Losses In Transformer (Session 6)
Electro Magnetic Induction - Uses Of Transformer (Session 6)
Electro Magnetic Induction - Illustrations (Session 6)
Electro Magnetic Induction - Class Exercise (Session 6)
Alternating Current - AC And DC Current (Session 1)
Alternating Current - Equation For I And V (Session 1)
Alternating Current - Important Values Of Alternating Quantities (Session 1)
Alternating Current - Illustrations (Session 1)
Alternating Current - Class Exercise (Session 1)
Alternating Current - AC Sinusoidal Source (Session 2)
Alternating Current - Measurement Of Alternating Quantities (Session 2)
Alternating Current - Definitions (Session 2)
Alternating Current - Power Consumed In An AC Circuit (Session 2)
Alternating Current - Power Factor (Session 2)
Alternating Current - Purely Resistive Circuit (Session 2)
Alternating Current - Purely Capacitive Circuit (Session 2)
Alternating Current - Purely Inductive Circuit (Session 2)
Alternating Current - Illustrations (Session 2)
Alternating Current - Class Exercise (Session 2)
Alternating Current - Rc Series Circuit With An AC Source (Session 3)
Alternating Current - Lr Series Circuit With An AC Source (Session 3)
Alternating Current - Illustrations (Session 3)
Alternating Current - Class Exercise (Session 3)
Alternating Current - Rlc Circuit With An AC Source (Session 4)
Alternating Current - Rlc Circuit With An AC Source And Resonance (Session 4)
Alternating Current - LCR Resonance Circuit (Session 4)
Alternating Current - Half Power Points And Bandwidth (Session 4)
Alternating Current - Q Value Of Lcr Series Circuit (Session 4)
Alternating Current - Acceptor Circuit (Session 4)
Alternating Current - Illustations (Session 4)
Alternating Current - Class Exercise (Session 4)
Electro Magnetic Waves - Electromagnetic Waves (Session 1 & 2)
Electro Magnetic Waves - Maxwells Displacement Current (Session 1 & 2)
Electro Magnetic Waves - Maxwells Equations (Session 1 & 2)
Electro Magnetic Waves - Faradays Law (Session 1 & 2)
Electro Magnetic Waves - Amperes Law (Session 1 & 2)
Electro Magnetic Waves - Definition Of Em Waves (Session 1 & 2)
Electro Magnetic Waves - History Of Em Waves (Session 1 & 2)
Electro Magnetic Waves - Nature Of Em Waves (Session 1 & 2)
Electro Magnetic Waves - Properties Of Em Waves (Session 1 & 2)
Electro Magnetic Waves - Em Spectrum (Session 1 & 2)
Electro Magnetic Waves - Illustrations (Session 1 & 2)
Electro Magnetic Waves - Class Exercise (Session 1 & 2)
Ray Optics - Condition For Rectilinear Propagation Of Light (Session 1, 2 & 3)
Ray Optics - Assumptions For The Light Travels In A Straight Line (Session 1, 2 & 3)
Ray Optics - Properties Of Light (Session 1, 2 & 3)
Ray Optics - Reflection Of Light (Session 1, 2 & 3)
Ray Optics - Laws Of Reflection (Session 1, 2 & 3)
Ray Optics - Object And Image (Session 1, 2 & 3)
Ray Optics - Real Object (Session 1, 2 & 3)
Ray Optics - Virtual Object (Session 1, 2 & 3)
Ray Optics - Characteristics Of Image And Illustrations (Session 1, 2 & 3)
Ray Optics - Properties Of Image (Session 1, 2 & 3)
Ray Optics - Class Exercise (Session 1, 2 & 3)
Ray Optics - Relation Between Velocity Of Object And Image (Session 4)
Ray Optics - Images Formed By Two Plane Mirrors (Session 4)
Ray Optics - Locating The Images Formed By Two Plane Mirrors (Session 4)
Ray Optics - Class Exercise (Session 4)
Ray Optics - Spherical Mirrors (Session 5, 6 & 7)
Ray Optics - Ray Tracing (Session 5, 6 & 7)
Ray Optics - Mirror Formula (Session 5, 6 & 7)
Ray Optics - Examples (Session 5, 6 & 7)
Ray Optics - Velocity Of Image (Session 5, 6 & 7)
Ray Optics - Class Exercise Part-I (Session 5, 6 & 7)
Ray Optics - Class Exercise Part-II (Session 5, 6 & 7)
Ray Optics - Refractive Index (Session 8, 9 & 10)
Ray Optics - Refraction Of Light (Session 8, 9 & 10)
Ray Optics - Laws Of Refraction Snells Law (Session 8, 9 & 10)
Ray Optics - Deviation Of A Ray Due To Refraction (Session 8, 9 & 10)
Ray Optics - Examples-I (Session 8, 9 & 10)
Ray Optics - Principle Of Reversibility Of Light Rays (Session 8, 9 & 10)
Ray Optics - Refraction Through A Parallel Slab (Session 8, 9 & 10)
Ray Optics - Light Passes Through Many Parallel Slabs (Session 8, 9 & 10)
Ray Optics - Apparent Depth And Shift Of Submerged Object (Session 8, 9 & 10)
Ray Optics - Examples-II (Session 8, 9 & 10)
Ray Optics - Refraction Through A Composite Slab (Session 8, 9 & 10)
Ray Optics - Critical Angle And Total Internal Reflection (Session 8, 9 & 10)
Ray Optics - Class Exercise-I (Session 8, 9 & 10)
Ray Optics - Class Exercise-II (Session 8, 9 & 10)
Ray Optics - Characteristics Of Prism (Session 11, 12 & 13)
Ray Optics - Examples (Session 11, 12 & 13)
Ray Optics - Dispersion Of Light (Thin Prism) (Session 11, 12 & 13)
Ray Optics - Dispersion Without Deviation & Deviation Without Dispersion (Session 11, 12 & 13)
Ray Optics - Class Exercise-I (Session 11, 12 & 13)
Ray Optics - Class Exercise-II (Session 11, 12 & 13)
Ray Optics - Class Exercise-III (Session 11, 12 & 13)
Ray Optics - Class Exercise-IV (Session 11, 12 & 13)
Ray Optics - Refraction At Curved Surfaces (Session 14)
Ray Optics - Examples And Introduction To Lens (Session 14)
Ray Optics - Introduction To Lens (Session 14)
Ray Optics - Lens Formula And Magnification (Session 14)
Ray Optics - Lens Makers Formula (Session 14)
Ray Optics - Examples-I (Session 14)
Ray Optics - Examples-II (Session 14)
Ray Optics - Displacement Method To Find Focal Length Of Converging Lens (Session 14)
Ray Optics - Combination Of Lenses (Session 14)
Ray Optics - Combination Of Lens And Mirror (Session 14)
Ray Optics - Theory (Session 15 & 16)
Ray Optics - Class Exercise Part-1 (Session 15 & 16)
Ray Optics - Class Exercise Part-2 (Session 15 & 16)
Ray Optics - Class Exercise Part-3 (Session 15 & 16)
Ray Optics - Class Exercise Part-4 (Session 15 & 16)
Ray Optics - Class Exercise Part-5 (Session 15 & 16)
Ray Optics - Class Exercise Part-6 (Session 15 & 16)
Ray Optics - Defects Of Images (Session 17 & 18)
Ray Optics - Microscope (Simple Microscope) (Session 19 & 20)
Ray Optics - Compound Microscope (Session 19 & 20)
Ray Optics - Astronomical Telescope(Refracting Type) (Session 19 & 20)
Ray Optics - Reflecting Telescope (Session 19 & 20)
Ray Optics - Resolving Limit And Resolving Power (Session 19 & 20)
Ray Optics - Binocular (Session 19 & 20)
Ray Optics - Class Exercise-I (Session 19 & 20)
Ray Optics - Class Exercise-II (Session 19 & 20)
Wave Optics - Principle Of Superposition (Session 1)
Wave Optics - Superposition-2 (Session 1)
Wave Optics - Examples (Session 1)
Wave Optics - Path Difference (Session 1)
Wave Optics - Example-II (Session 1)
Wave Optics - Wavefronts (Session 1)
Wave Optics - Coherence (Session 1)
Wave Optics - Class Exercise (Session 1)
Wave Optics - Young's Double Slit Experiment 1 (Session 2 & 3)
Wave Optics - Young's Double Slit Experiment 2 (Session 2 & 3)
Wave Optics - Maximum Order Of Interference Fringes (Session 2 & 3)
Wave Optics - Class Exercise Part-1 (Session 2 & 3)
Wave Optics - Class Exercise Part-2 (Session 2 & 3)
Wave Optics - Ydse With White Light (Session 4 & 5)
Wave Optics - Examples-I (Session 4 & 5)
Wave Optics - Geometrical Path And Optical Path (Session 4 & 5)
Wave Optics - Displacement Of Fringe (Session 4 & 5)
Wave Optics - Ydse With Oblique Incidence (Session 4 & 5)
Wave Optics - Thin Film Interference (Session 4 & 5)
Wave Optics - Examples-II (Session 4 & 5)
Wave Optics - Class Exercise (Session 4 & 5)
Wave Optics - Diffraction (Session 6 & 7)
Wave Optics - Class Exercise (Session 6 & 7)
Wave Optics - Resolving Power Of Microscope (Session 8)
Wave Optics - Resolving Power Of Telescope (Session 8)
Wave Optics - Polarisation Of Light And Unpolarised Light (Session 9)
Wave Optics - Polarised Light (Session 9)
Wave Optics - Polaroids (Session 9)
Wave Optics - Malus Law And Brewster's Law (Session 9)
Wave Optics - Optical Activity And Specific Rotation (Session 9)
Wave Optics - Class Exercise (Session 9)
Atomic Physics - Photoelectric Effect (Session 1, 2 & 3)
Atomic Physics - Work Function (Session 1, 2 & 3)
Atomic Physics - Study Of Photoelectric Effect (Session 1, 2 & 3)
Atomic Physics - Observations (Session 1, 2 & 3)
Atomic Physics - Major Features Of Photoelectric Effect (Session 1, 2 & 3)
Atomic Physics - Planks Quantum Theory (Session 1, 2 & 3)
Atomic Physics - Einsteins Explanation (Session 1, 2 & 3)
Atomic Physics - Example-1 (Session 1, 2 & 3)
Atomic Physics - Example-2 (Session 1, 2 & 3)
Atomic Physics - Example-3 (Session 1, 2 & 3)
Atomic Physics - Example-4 (Session 1, 2 & 3)
Atomic Physics - Example-5 (Session 1, 2 & 3)
Atomic Physics - Example-6 (Session 1, 2 & 3)
Atomic Physics - Force Due To Radiation (Session 1, 2 & 3)
Atomic Physics - Class Exercise-1 (Session 1, 2 & 3)
Atomic Physics - Class Exercise-2 (Session 1, 2 & 3)
Atomic Physics - De-Broglie Wavelength Of Matter Wave (Session 4 & 5)
Atomic Physics - De-Broglie Wavelength For Electron And Gas Molecule (Session 4 & 5)
Atomic Physics - Rutherfords Nuclear Atom (Session 4 & 5)
Atomic Physics - Class Exercise (Session 4 & 5)
Atomic Physics - Bohrs Model-I (Session 6, 7 & 8)
Atomic Physics - Bohrs Model-II (Session 6, 7 & 8)
Atomic Physics - Energy Levels In Bohrs Model (Session 6, 7 & 8)
Atomic Physics - Bohrs Model For Hydrogen (Session 6, 7 & 8)
Atomic Physics - Definitions Valid For Single Electron System (Session 6, 7 & 8)
Atomic Physics - Illustration (Session 6, 7 & 8)
Atomic Physics - Emission Spectrum Of Hydrogen Atom (Session 6, 7 & 8)
Atomic Physics - Wavelength Of Photon Emitted In De-Excitation (Session 6, 7 & 8)
Atomic Physics - Illustrations-I (Session 6, 7 & 8)
Atomic Physics - Illustrations-II (Session 6, 7 & 8)
Atomic Physics - Effect Of Nucleus Motion On Energy Of Atom (Session 6, 7 & 8)
Atomic Physics - Examples-1 (Session 6, 7 & 8)
Atomic Physics - Examples-2 (Session 6, 7 & 8)
Atomic Physics - Examples-3 (Session 6, 7 & 8)
Atomic Physics - Examples-4 (Session 6, 7 & 8)
Atomic Physics - X-Rays (Session 9 & 10)
Atomic Physics - Characteristic X-Rays (Session 9 & 10)
Atomic Physics - Moseleys Law (Session 9 & 10)
Atomic Physics - Class Exercise (Session 9 & 10)
Nuclear Physics - Nucleus (Session 1)
Nuclear Physics - Neutron (Session 1)
Nuclear Physics - Types Of Nuclei (Session 1)
Nuclear Physics - Size Of Nucleus (Session 1)
Nuclear Physics - Atomic Mass Unit (Session 1)
Nuclear Physics - Nuclear Force (Session 1)
Nuclear Physics - Pair Production And Pair Annihilation (Session 1)
Nuclear Physics - Illustrations (Session 1)
Nuclear Physics - Class Exercise (Session 1)
Nuclear Physics - Nuclear Stability And Neutron Proton Ratio (Session 2)
Nuclear Physics - Even Or Odd Numbers Of Z Or N (Session 2)
Nuclear Physics - Binding Energy Per Nucleon (Session 2)
Nuclear Physics - Mass Defect And Binding Energy (Session 2)
Nuclear Physics - Illustrations (Session 2)
Nuclear Physics - Class Exercise (Session 2)
Nuclear Physics - Nuclear Reactions (Session 3)
Nuclear Physics - Nuclear Fission (Session 3)
Nuclear Physics - Chain Reaction (Session 3)
Nuclear Physics - Difficulties In Chain Reaction (Session 3)
Nuclear Physics - Types Of Chain Reaction (Session 3)
Nuclear Physics - Class Exercise (Session 3)
Nuclear Physics - Nuclear Reactor (Session 4)
Nuclear Physics - Nuclear Fusion (Session 4)
Nuclear Physics - Illustration (Session 4)
Nuclear Physics - Class Exercise (Session 4)
Nuclear Physics - Radioactivity (Session 5)
Nuclear Physics - Radioactive Disintegration (Session 5)
Nuclear Physics - Successive Disintegration And Radioactive Equilibrium (Session 5)
Nuclear Physics - Illustrations (Session 5)
Nuclear Physics - Class Exercise (Session 5)
Nuclear Physics - Nuclear Radiations (Session 6)
Nuclear Physics - Properties Of Alpha Beta And Gama Rays (Session 6)
Nuclear Physics - Radioactive Series (Session 6)
Nuclear Physics - Uses Of Radioactive Isotopes (Session 6)
Nuclear Physics - Illustrations (Session 6)
Nuclear Physics - Class Exercise (Session 6)
Semiconductors - Semiconductors (Session 1)
Semiconductors - Properties Of Semiconductors (Session 1)
Semiconductors - Typical Semiconductors (Session 1)
Semiconductors - Energy Bands (Session 1)
Semiconductors - Fermi Energy Level (Session 1)
Semiconductors - Classification Of Conductors Semiconductors And Insulators (Session 1)
Semiconductors - Conductivity Of The Semiconductors (Session 1)
Semiconductors - Charge Carriers In The Semiconductors (Session 1)
Semiconductors - Intrinsic And Extrinsic Semiconductor (Session 1)
Semiconductors - N-Type And P-Type Semiconductors (Session 1)
Semiconductors - P-N Junction And Potential Barrier (Session 1)
Semiconductors - Forward And Reverse Bias (Session 1)
Semiconductors - Avalanche And Zener Breakdowns (Session 1)
Semiconductors - Class Exercise (Session 1)
Semiconductors - Zener Diode (Session 2)
Semiconductors - Light Emitting Diodes (Session 2)
Semiconductors - Photodiode (Session 2)
Semiconductors - Rectifier (Session 2)
Semiconductors - Transistor (Session 2)
Semiconductors - Transistor Configuration (Session 2)
Semiconductors - Transistor As An Amplifier (Session 2)
Semiconductors - Parameters Of Common Emitter Amplifier (Session 2)
Semiconductors - Parameters Of Common Base Amplifier (Session 2)
Semiconductors - Class Exercise (Session 2)
Semiconductors - Digital Electronics (Session 3)
Semiconductors - Boolean Algebra (Session 3)
Semiconductors - Logic Gates (Session 3)
Semiconductors - Class Exercise (Session 3)
Communication System - Basic Communication System (Session 1)
Communication System - Types Of Communication System (Session 1)
Communication System - Analog And Digital Signals (Session 1)
Communication System - Band Width Of Signals (Session 1)
Communication System - Illustrations (Session 1)
Communication System - Class Exercise (Session 1)
Communication System - Modulation (Session 2)
Communication System - Amplitude Modulation (Session 2)
Communication System - Frequency Modulation (Session 2)
Communication System - Illustrations (Session 2)
Communication System - Class Exercise (Session 2)
Communication System - Space Communication (Session 3)
Communication System - Ground Wave Propagation (Session 3)
Communication System - Sky Wave Propagation (Session 3)
Communication System - Critical Frequency (Session 3)
Communication System - Maximum Usable Frequency (Session 3)
Communication System - Space Wave Propagation (Session 3)
Communication System - Satellite Communication (Session 3)
Communication System - Illustrations (Session 3)
Communication System - Class Exercise (Session 3)
Experimental Physics - Vernier Calliper (Experiment 1)
Experimental Physics - Least Count (Experiment 1)
Experimental Physics - Vernier Calliper Procedure (Experiment 1)
Experimental Physics - Zero Error (Experiment 1)
Experimental Physics - Vernier Calliper Observations (Experiment 1)
Experimental Physics - Volume Of The Cylinder (Experiment 1)
Experimental Physics - Volume Of The Sphere (Experiment 1)
Experimental Physics - Class Exercise (Experiment 1)
Experimental Physics - Screw Gauge Description (Experiment 2)
Experimental Physics - Least Count (Experiment 2)
Experimental Physics - Zero Error (Experiment 2)
Experimental Physics - Screw Gauge Procedure (Experiment 2)
Experimental Physics - Observations And Calculations (Experiment 2)
Experimental Physics - Simple Pendulum Theory (Experiment 3)
Experimental Physics - Simple Pendulum Procedure (Experiment 3)
Experimental Physics - Observations (Experiment 3)
Experimental Physics - Class Exercise (Experiment 3)
Experimental Physics - Apparatus And Material Required (Experiment 4)
Experimental Physics - Principle (Experiment 4)
Experimental Physics - Procedure (Experiment 4)
Experimental Physics - Observations (Experiment 4)
Experimental Physics - Calculations (Experiment 4)
Experimental Physics - Result And Precautions (Experiment 4)
Experimental Physics - Class Exercise (Experiment 4)
