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01 Electrostatics Video And Class Notes 29
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Lecture 01 : Introduction VideoLecture1.1
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Lecture 02 : Vector Form Of Coulombs Law VideoLecture1.2
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Lecture 03 : Electric Field VideoLecture1.3
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Lecture 04 : Electric Potential VideoLecture1.4
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Lecture 05 : Relation V And E VideoLecture1.5
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Lecture 06 : Equipotential Surface VideoLecture1.6
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Lecture 07 : Question VideoLecture1.7
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Lecture 08 : Charge VideoLecture1.8
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Lecture 09 : Questions VideoLecture1.9
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Lecture 10 : Coulomb’s Law VideoLecture1.10
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Lecture 11 : Coulomb’s Law Exampals VideoLecture1.11
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Lecture 12 : Examples and Vector Form VideoLecture1.12
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Lecture 13 : Continuous Body VideoLecture1.13
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Lecture 14 : Questions on Equilibrium VideoLecture1.14
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Lecture 15 : Electric Field And Electric Field Lines VideoLecture1.15
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Lecture 16 : Electric Field Intensity VideoLecture1.16
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Lecture 17 : Equation VideoLecture1.17
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Lecture 18 : Equation of a Triangle of Side a VideoLecture1.18
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Lecture 19 : Infinite Wire VideoLecture1.19
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Lecture 20 : Charged Ring VideoLecture1.20
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Lecture 21 : Half Ring VideoLecture1.21
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Lecture 22 : Disc VideoLecture1.22
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Lecture 23 : Electric Field Lines VideoLecture1.23
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Lecture 24 : Field Lines Concept VideoLecture1.24
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Lecture 25 : Gaussian Surface VideoLecture1.25
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Lecture 26 : Gauss Law Applications VideoLecture1.26
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Lecture 27 : Solid Non Conducting Sphere VideoLecture1.27
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Lecture 28 : Gaussian Surface VideoLecture1.28
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Lecture 29 : Solid Sphere VideoLecture1.29
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02 Electric Potential And Capacitance Video And Class Notes 11
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Lecture 01 : Introduction VideoLecture2.1
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Lecture 02 : Electrostatic Potential Energy VideoLecture2.2
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Lecture 03 : Direction Of Electric Field VideoLecture2.3
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Lecture 04 : Partial Integration VideoLecture2.4
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Lecture 05 : Sunday Test Discussion VideoLecture2.5
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Lecture 06 : Equipotential Surface VideoLecture2.6
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Lecture 07 : Solid Sphere VideoLecture2.7
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Lecture 08 : Concentric Shells VideoLecture2.8
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Lecture 09 : Electric Field Due To A Dipole VideoLecture2.9
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Lecture 10 : Axial Point VideoLecture2.10
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Lecture 11 : Sunday Test Discussion VideoLecture2.11
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03 Capacitance Video And Class Notes 11
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Lecture 01 : Parallel Plate Capacitor VideoLecture3.1
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Lecture 02 : Spherical Capacitor VideoLecture3.2
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Lecture 03 : Series Combination VideoLecture3.3
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Lecture 04 : Sunday Test Discussion VideoLecture3.4
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Lecture 05 : Wheat Stone Bridge VideoLecture3.5
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Lecture 06 : Infinite Ladder VideoLecture3.6
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Lecture 07 : Dielectric In Capacitor VideoLecture3.7
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Lecture 08 : Similar Capacitors VideoLecture3.8
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Lecture 09 : Charging Of Capacitor VideoLecture3.9
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Lecture 10 : Charging And Discharging Of Capacitor VideoLecture3.10
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Lecture 11 : Sunday Test Discussion VideoLecture3.11
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04 Current Electricity Video And Class Notes 9
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Lecture 01 : Water Current VideoLecture4.1
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Lecture 02 : Current Density VideoLecture4.2
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Lecture 03 : Point Potential Method VideoLecture4.3
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Lecture 04 : Sunday Test Discussion VideoLecture4.4
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Lecture 05 : Kirchhoff Voltage Law VideoLecture4.5
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Lecture 06 : Battery VideoLecture4.6
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Lecture 07 : Resistivity VideoLecture4.7
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Lecture 08 : Sunday Test Discussion VideoLecture4.8
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Lecture 09 : Electrical Instruments VideoLecture4.9
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05 Ray Optics Video And Class Notes 17
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Lecture 01 : Introduction VideoLecture5.1
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Lecture 02 : Reflection VideoLecture5.2
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Lecture 03 : Reflection Of Spherical Surface VideoLecture5.3
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Lecture 04 : Newtons Formula VideoLecture5.4
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Lecture 05 : Absolute Refractive Index VideoLecture5.5
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Lecture 06 : Reflection Of Light VideoLecture5.6
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Lecture 07 : Questions VideoLecture5.7
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Lecture 08 : Refractive Index VideoLecture5.8
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Lecture 09 : Total Internal Reflection Light VideoLecture5.9
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Lecture 10 : Reflection Light VideoLecture5.10
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Lecture 11 : Lens VideoLecture5.11
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Lecture 12 : Converging Lens VideoLecture5.12
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Lecture 13 : Prism VideoLecture5.13
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Lecture 14 : Dispersion VideoLecture5.14
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Lecture 15 : Optical Instruments VideoLecture5.15
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Lecture 16 : Questions VideoLecture5.16
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Lecture 17 : Exam Questions VideoLecture5.17
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05 Wave Optics Video And Class Notes 9
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Lecture 01 : Introduction VideoLecture6.1
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Lecture 02 : Interference VideoLecture6.2
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Lecture 03 : Types Of Interference VideoLecture6.3
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Lecture 04 : Fring Width [B] VideoLecture6.4
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Lecture 05 : Angular Fringe Width VideoLecture6.5
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Lecture 06 : Fraunhofer Diffraction From Single Slits VideoLecture6.6
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Lecture 07 : Invisible Light VideoLecture6.7
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Lecture 08 : Brewster’s Law Formula VideoLecture6.8
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Lecture 09 : Resolving Power VideoLecture6.9
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06 Photoelectric Effect Video And Class Notes 5
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Lecture 01 : Photoelectric Effect VideoLecture7.1
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Lecture 02 : Intensity Of Light Formula VideoLecture7.2
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Lecture 03 : Effect Of Frequency VideoLecture7.3
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Lecture 04 : Einstein Photoelectric Equation VideoLecture7.4
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Lecture 05 : Photoelectric Current VideoLecture7.5
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07 Matter Waves Video And Class Notes 2
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Lecture 01 : Matter Waves VideoLecture8.1
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Lecture 02 : De Broglie Theory VideoLecture8.2
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08 Current Electricity Video And Class Notes 15
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Lecture 01 : Water Current VideoLecture9.1
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Lecture 02 : Current Density VideoLecture9.2
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Lecture 03 : Point Potential Method VideoLecture9.3
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Lecture 04 : Sunday Test Discussion VideoLecture9.4
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Lecture 05 : Kirchhoff Voltage Law VideoLecture9.5
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Lecture 06 : Battery VideoLecture9.6
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Lecture 07 : Resistivity VideoLecture9.7
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Lecture 08 : Sunday Test Discussion VideoLecture9.8
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Lecture 09 : Electrical Instruments VideoLecture9.9
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Lecture 10 : Current Electricity VideoLecture9.10
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Lecture 11 : Current In Terms Of Drift Velocity VideoLecture9.11
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Lecture 12 : Colour Wings Of Carbon Resistors VideoLecture9.12
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Lecture 13 : White Stone Bridge VideoLecture9.13
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Lecture 14 : Principle Of Bulb VideoLecture9.14
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Lecture 15 : Battery VideoLecture9.15
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09 Magnetism Video And Class Notes 20
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Lecture 01 : Introduction VideoLecture10.1
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Lecture 02 : Biot Savart Law VideoLecture10.2
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Lecture 03 : Right Hand Palm Rule VideoLecture10.3
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Lecture 04 : Questions VideoLecture10.4
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Lecture 05 : Sunday Test Discussion VideoLecture10.5
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Lecture 06 : Ampere circuital law VideoLecture10.6
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Lecture 07 : Magnetic Field Due To Solenoid VideoLecture10.7
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Lecture 08 : Toroid VideoLecture10.8
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Lecture 09 : Radius Of Circular Path VideoLecture10.9
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Lecture 10 : Time Period T VideoLecture10.10
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Lecture 11 : Total Magnetic Force VideoLecture10.11
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Lecture 12 : Definition Of Ampere VideoLecture10.12
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Lecture 13 : Magnetic Dipole VideoLecture10.13
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Lecture 14 : Coulomb’s Law In Magnetism VideoLecture10.14
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Lecture 15 : Questions And Moving Coil Galvanometer VideoLecture10.15
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Lecture 16 : Potential Energy Of Magnetic Dipole VideoLecture10.16
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Lecture 17 : Geographic Equator VideoLecture10.17
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Lecture 18 : Magnetic Materials VideoLecture10.18
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Lecture 19 : Questions VideoLecture10.19
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Lecture 20 : Vibration Magnetometer VideoLecture10.20
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10 Nuclei Video And Class Notes 9
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Lecture 01 : Introduction VideoLecture11.1
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Lecture 02 : Density of Nucleus VideoLecture11.2
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Lecture 03 : Dinding Energy Per Nucleon VideoLecture11.3
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Lecture 04 : Fast Breeder Reactor VideoLecture11.4
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Lecture 05 : Radioactivity VideoLecture11.5
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Lecture 06 : Decay Equation VideoLecture11.6
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Lecture 07 : Nuclear Reactions VideoLecture11.7
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Lecture 08 : Half Life Formula VideoLecture11.8
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Lecture 09 : Activity Of A Sample A Or R VideoLecture11.9
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11 Atoms Video And Class Notes 5
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Lecture 01 : Introduction VideoLecture12.1
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Lecture 02 : Average Momentum VideoLecture12.2
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Lecture 03 : Practice Questions VideoLecture12.3
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Lecture 04 : Sunday Test Discussion VideoLecture12.4
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Lecture 05 : Energy Spectrum VideoLecture12.5
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12 Electromagnetic Induction Video And Class Notes 17
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Lecture 01 : Introduction VideoLecture13.1
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Lecture 02 : Questions VideoLecture13.2
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Lecture 03 : Lenz Law VideoLecture13.3
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Lecture 04 : Condition Of Number Of EMI VideoLecture13.4
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Lecture 05 : Self Induction VideoLecture13.5
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Lecture 06 : Parallel Combination VideoLecture13.6
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Lecture 07 : Different Fashion Of Coupling VideoLecture13.7
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Lecture 08 : Direction of electric current VideoLecture13.8
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Lecture 09 : Periodic emf VideoLecture13.9
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Lecture 10 : Transformer VideoLecture13.10
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Lecture 11 : Electromagnetic waves VideoLecture13.11
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Lecture 12 : Maxwell equation VideoLecture13.12
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Lecture 13 : Total anergy VideoLecture13.13
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Lecture 14 : Sunday test discussion VideoLecture13.14
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Lecture 15 : X ray productive by coolidge method VideoLecture13.15
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Lecture 16 : characteristic spectrum of x ray VideoLecture13.16
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Lecture 17 : Diffraction of x rays VideoLecture13.17
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13 Alternating current Video And Class Notes 9
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Lecture 01 : Introduction of alternating current VideoLecture14.1
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Lecture 02 : Maximam value pick values VideoLecture14.2
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Lecture 03: Leading and lagging concept VideoLecture14.3
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Lecture 04: Different circuit of AC VideoLecture14.4
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Lecture 05: Circuits VideoLecture14.5
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Lecture 06: RLC circuit VideoLecture14.6
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Lecture 07: Question VideoLecture14.7
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Lecture 08 Power in AC current VideoLecture14.8
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Lecture 09 Oscillation VideoLecture14.9
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14 Semiconductor Video And Class Notes 13
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Lecture 01 : Introduction VideoLecture15.1
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Lecture 02 : Properties of semiconductor VideoLecture15.2
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Lecture 03 : PN junction VideoLecture15.3
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Lecture 04 : Reverse bias VideoLecture15.4
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Lecture 05 : Full wave rectifier VideoLecture15.5
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Lecture 06 : Zener diode VideoLecture15.6
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Lecture 07 : Transistor VideoLecture15.7
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Lecture 08 : Transistor configuration VideoLecture15.8
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Lecture 09 : Application of transistor VideoLecture15.9
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Lecture 10 : Characteristics of transistor VideoLecture15.10
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Lecture 11 : Logic gate VideoLecture15.11
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Lecture 12 : Universal gates VideoLecture15.12
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Lecture 13 : Questions VideoLecture15.13
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