-
01 : Electrostatics 25
-
01 Electrostatics IntroductionLecture1.1
-
02 ChargeLecture1.2
-
03 Charging by conductionLecture1.3
-
04 Coulomb’s lawLecture1.4
-
05 Force between charge in mediumLecture1.5
-
06 QuestionsLecture1.6
-
07 Equilibrium of chargeLecture1.7
-
08 Vector form coulomb’s law.Lecture1.8
-
09 String bob problemLecture1.9
-
10 Superposition principleLecture1.10
-
11 Electric field strengthLecture1.11
-
12 Electric fieldLecture1.12
-
13 Electric field due to finite rodLecture1.13
-
14 Electric fieldLecture1.14
-
15 Electric Field LineLecture1.15
-
16 Charge in uniform electric fieldLecture1.16
-
17 Dipole MomentLecture1.17
-
18 Electric fieldLecture1.18
-
19 Electric fluxLecture1.19
-
20 Charge one place to corner of cubeLecture1.20
-
21 Application of gauss lawLecture1.21
-
22 QuestionLecture1.22
-
23 Application of gauss lawLecture1.23
-
24 Torque on dipole in uniform electric fieldLecture1.24
-
25 The period of dipole in uniform electric fieldLecture1.25
-
-
02 : Current electricity 28
-
01 Current electricity IntroductionLecture2.1
-
02 Angular velocityLecture2.2
-
03 Resistance of conductorLecture2.3
-
04 Resistance of conductorLecture2.4
-
05 An isolated conductorLecture2.5
-
06 Microscopic study of currentLecture2.6
-
07 Ohm’s lawLecture2.7
-
08 Combination of resistanceLecture2.8
-
09 Circuit problemsLecture2.9
-
10 QuestionsLecture2.10
-
11 Hadden problemLecture2.11
-
12 Kirchhoff’s lawLecture2.12
-
13 Electromotive forceLecture2.13
-
14 Sunday test discussionLecture2.14
-
15 CellLecture2.15
-
16 Series connection of batteryLecture2.16
-
17 Combination of cellsLecture2.17
-
18 Balanced wheatstone bridgeLecture2.18
-
19 QuestionsLecture2.19
-
20 Test discussionLecture2.20
-
21 Meter bridgeLecture2.21
-
22 Conversion of galvanometer into ammeterLecture2.22
-
23 Conversion of galvanometer into voltmeterLecture2.23
-
24 Necessity of potential meterLecture2.24
-
25 PotentiometerLecture2.25
-
26 Indian system of electricityLecture2.26
-
27 QuestionLecture2.27
-
28 Sunday test discussionLecture2.28
-
-
03 : Magnetic effect of current 21
-
01 Magnetic effect of current IntroductionLecture3.1
-
02 Magnetic effect of currentLecture3.2
-
03 Magnetic effect due to current carrying wireLecture3.3
-
04 Magnetic field due to current carrying wireLecture3.4
-
05 QuestionLecture3.5
-
06 Magnetic field due to circular coilLecture3.6
-
07 QuestionsLecture3.7
-
08 Sunday test discussionLecture3.8
-
09 Magnetic properties of materialsLecture3.9
-
10 Application of ampere’s lawLecture3.10
-
11 Use of solenoidLecture3.11
-
12 Magnetic forceLecture3.12
-
13 Magnetic forceLecture3.13
-
14 Some doubtLecture3.14
-
15 Moving charge in magnetic fieldLecture3.15
-
16 QuestionsLecture3.16
-
17 Magnetic force of current carrying wireLecture3.17
-
18 Magnetic force of current carrying wireLecture3.18
-
19 Magnetic effect of currentLecture3.19
-
20 Sunday test discussionLecture3.20
-
21 Magnetic momentLecture3.21
-
-
04 : Electrostatics Revision class 6
-
01 Electrostatics IntroductionLecture4.1
-
02 Method of chargingLecture4.2
-
03 Coulomb’s LawLecture4.3
-
04 QuestionLecture4.4
-
05 Vector form of Coulomb’s LawLecture4.5
-
06 Electric FieldLecture4.6
-
-
05 : Electric potential and capacitance 16
-
01 Electric potential and capacitance IntroductionLecture5.1
-
02 Electric potentia capacitanceLecture5.2
-
03 Relation between electric field and potentialLecture5.3
-
04 Relation between electric field and potentialLecture5.4
-
05 QuestionLecture5.5
-
06 Sunday test discussionLecture5.6
-
07 Potential due to concentric spheresLecture5.7
-
08 Sunday test discussionLecture5.8
-
09 Capacitance of spherical capacitorLecture5.9
-
10 Parallel plate capacitorLecture5.10
-
11 Charging of a capacitorLecture5.11
-
12 Energy stored in parallel plate capacitorLecture5.12
-
13 Dielectric inside ppcLecture5.13
-
14 Sunday test discussionLecture5.14
-
15 DielectricLecture5.15
-
16 Charging of capacitorLecture5.16
-
-
06 : Modern physics (Currently pursuing) 30
-
01 Modern physics IntroductionLecture6.1
-
02 OpticsLecture6.2
-
03 Deviation produced by plane mirrorLecture6.3
-
04 OpticsLecture6.4
-
05 Dual Nature of Light and MatterLecture6.5
-
06 Dual Nature of Light and MatterLecture6.6
-
07 QuestionLecture6.7
-
08 Photon vs Material ParticleLecture6.8
-
09 Electromagnetic spectrumLecture6.9
-
10 Photoelectric effectLecture6.10
-
11 Graphs of photoelectric effectLecture6.11
-
12 Kinetic energy in PEELecture6.12
-
13 Sunday test discussionLecture6.13
-
14 Radiation pressureLecture6.14
-
15 Radiation pressure questionLecture6.15
-
16 Radiation pressure exampleLecture6.16
-
17 Radiation forceLecture6.17
-
18 Micro notesLecture6.18
-
19 Sunday test discussionLecture6.19
-
20 Davission Germer ExperimentLecture6.20
-
21 Bohr’s quantization conditionLecture6.21
-
22 QuestionLecture6.22
-
23 Atomic modelsLecture6.23
-
24 Atomic models QuestionsLecture6.24
-
25 Absorption spectrumLecture6.25
-
26 Bohr’s atomic modelLecture6.26
-
27 Atomic structureLecture6.27
-
28 Bohr’s atomic model questionLecture6.28
-
29 Spectrum of Continuous X-RaysLecture6.29
-
30 Characteristics X-rayLecture6.30
-
-
07 : EMI 10
-
01 EMI IntroductionLecture7.1
-
02 Magnetic fluxLecture7.2
-
03 Direction of induced currentLecture7.3
-
04 Static inductionLecture7.4
-
05 Self inductionLecture7.5
-
06 Sunday test discussionLecture7.6
-
07 Mutual inductanceLecture7.7
-
08 Mutual inductanceLecture7.8
-
09 Motional emfLecture7.9
-
10 AC generatorLecture7.10
-
-
08 : Alternating current 7
-
01 Alternating current IntroductionLecture8.1
-
02 RMS value of currentLecture8.2
-
03 AC source connected withLecture8.3
-
04 LCR circuitLecture8.4
-
05 QuestionLecture8.5
-
06 Resonance in LCR circuitLecture8.6
-
07 TransformerLecture8.7
-
-
09 : Electromagnetic wave 10
-
01 Sunday test discussion and EMWLecture9.1
-
02 Electromagnetic waveLecture9.2
-
03 Maxwell equationLecture9.3
-
04 Static inductionLecture9.4
-
05 Self inductionLecture9.5
-
06 Sunday test discussionLecture9.6
-
07 Mutual inductanceLecture9.7
-
08 Mutual inductanceLecture9.8
-
09 Motional emfLecture9.9
-
10 AC generatorLecture9.10
-
-
10 : Ray Optics 29
-
01 IntroductionLecture10.1
-
02 Plane mirrorLecture10.2
-
03 Sunday test discussionLecture10.3
-
04 Reflection or refractionLecture10.4
-
05 Sunday test discussionLecture10.5
-
06 Angle of deviationLecture10.6
-
07 Pair of plane mirrorsLecture10.7
-
08 Refraction through glass slabLecture10.8
-
09 Normal shift in glass slabLecture10.9
-
10 Sunday test discussionLecture10.10
-
11 Angle of deviation in TIRLecture10.11
-
12 Refraction through prismLecture10.12
-
13 Difference between glass slab and prismLecture10.13
-
14 Refraction at Plane SurfacesLecture10.14
-
15 Fermat’s principleLecture10.15
-
16 Sunday test discussionLecture10.16
-
17 Reflection at curved surfacesLecture10.17
-
18 Mirror typesLecture10.18
-
19 Mirror FormulaeLecture10.19
-
20 Ray diagramsLecture10.20
-
21 Power of a mirrorLecture10.21
-
22 Derivaion through Reflection at curved surfacesLecture10.22
-
23 Principal Focii & LensesLecture10.23
-
24 Lens Maker FormulaLecture10.24
-
25 Chromatic aberrationLecture10.25
-
26 Optical InstrumentsLecture10.26
-
27 Optic of eyeLecture10.27
-
28 Compound MicroscopeLecture10.28
-
29 Galilean’s telescopeLecture10.29
-
-
11 : Nuclei 13
-
01 IntroductionLecture11.1
-
02 Nucleus questionLecture11.2
-
03 Classification of NucleiLecture11.3
-
04 Sunday test discussionLecture11.4
-
05 Stability of nucleiLecture11.5
-
06 Binding Energy & Mass DefectLecture11.6
-
07 Radioactive decayLecture11.7
-
08 Nuclear ReactorLecture11.8
-
09 Nuclear Fission & FusionLecture11.9
-
10 Sunday test discussionLecture11.10
-
11 Nuclear phenomenaLecture11.11
-
12 MeanlifeLecture11.12
-
13 Simultaneous decayLecture11.13
-
-
12 : Semiconductor 9
-
01 IntroductionLecture12.1
-
02 Extrinsic semiconductorLecture12.2
-
03 Energy GapLecture12.3
-
04 RectifierLecture12.4
-
05 Full wave rectifierLecture12.5
-
06 Zener diodeLecture12.6
-
07 Logic gateLecture12.7
-
08 TransistorLecture12.8
-
09 TransistorLecture12.9
-
-
13 : Wave optics 10
-
01 IntroductionLecture13.1
-
02 Transverse wavesLecture13.2
-
03 Refraction of plane waveLecture13.3
-
04 Young double slit experimentLecture13.4
-
05 Focal length of liquid lensLecture13.5
-
06 QuestionsLecture13.6
-
07 DiffractionLecture13.7
-
08 Diffraction and resolving powerLecture13.8
-
09 Resolving powerLecture13.9
-
10 Polarization of lightLecture13.10
-
-
14 : Communication system 3
-
01 IntroductionLecture14.1
-
02 Bandwidth of practicalLecture14.2
-
03 ModulationLecture14.3
-
-
15 : Magnetism and matter 3
-
01 IntroductionLecture15.1
-
02 Earth MagnetismLecture15.2
-
03 Magnetic materialsLecture15.3
-
04 Resistance of conductor
04 Resistance of Conductor