Module NameDownloadDescriptionDownload Size
Module-1 A Crash Course in VectorsLecture 1 : Scalar And Vector FieldsLecture 1 : Scalar And Vector Fields140 kb
Module-1 A Crash Course in VectorsLecture 2 : Coordinate SystemsLecture 2 : Coordinate Systems211 kb
Module-1 A Crash Course in VectorsLecture 3 : Line and Surface Integrals of a Vector FieldLecture 3 : Line and Surface Integrals of a Vector Field254 kb
Module-1 A Crash Course in VectorsLecture 4 : Gradient of a Scalar FunctionLecture 4 : Gradient of a Scalar Function244 kb
Module-1 A Crash Course in VectorsLecture 5 : Curl of a Vector - Stoke\'s TheoremLecture 5 : Curl of a Vector - Stoke\'s Theorem260 kb
Module-2 ElectrostaticsLecture 6 : Quantization Of ChargeLecture 6 : Quantization Of Charge161 kb
Module-2 ElectrostaticsLecture 7 : Electric FluxLecture 7 : Electric Flux228 kb
Module-2 ElectrostaticsLecture 8 : Properties Of ConductorsLecture 8 : Properties Of Conductors199 kb
Module-2 ElectrostaticsLecture 9 : Electrostatic PotentialLecture 9 : Electrostatic Potential198 kb
Module-2 ElectrostaticsLecture 10 : Poisson EquationsLecture 10 : Poisson Equations192 kb
Module-2 ElectrostaticsLecture 11 : CapacitanceLecture 11 : Capacitance175 kb
Module-2 ElectrostaticsLecture 12 : Conductors and DielectricLecture 12 : Conductors and Dielectric171 kb
Module-3 MAGNETIC FIELDLecture 13 : Magnetic FieldLecture 13 : Magnetic Field152 kb
Module-3 MAGNETIC FIELDLecture 14 : Force on a Current Carrying ConductorLecture 14 : Force on a Current Carrying Conductor128 kb
Module-3 MAGNETIC FIELDLecture 15 : Biot- Savarts\' LawLecture 15 : Biot- Savarts\' Law222 kb
Module-3 MAGNETIC FIELDLecture 16 : Ampere\'s LawLecture 16 : Ampere\'s Law152 kb
Module-3 MAGNETIC FIELDLecture 17 : Vector PotentialLecture 17 : Vector Potential128 kb
Module-3 MAGNETIC FIELDLecture 18 : Electromagnetic InductionLecture 18 : Electromagnetic Induction200 kb
Module-3 MAGNETIC FIELDLecture 19 : Time Varying FieldLecture 19 : Time Varying Field245 kb
Module-3 MAGNETIC FIELDLecture 20 : Magnetism in MatterLecture 20 : Magnetism in Matter204 kb
Module-4 THERMOELECTRICITYLecture 21 : Seebeck EffectLecture 21 : Seebeck Effect138 kb
Module-4 THERMOELECTRICITYLecture 22 : Temperature Measurement Using ThermocoupleLecture 22 : Temperature Measurement Using Thermocouple192 kb
Module-5 MODERN PHYSICSLecture 23 : Particle and WavesLecture 23 : Particle and Waves234 kb
Module-5 MODERN PHYSICSLecture 24 : PHOTONSLecture 24 : PHOTONS121 kb
Module-5 MODERN PHYSICSLecture 25 : Compton EffectLecture 25 : Compton Effect138 kb
Module-5 MODERN PHYSICSLecture 26 : Wave Nature of Particle - the de Broglie HypothesisLecture 26 : Wave Nature of Particle - the de Broglie Hypothesis220 kb
Module-5 MODERN PHYSICSLecture 27 : Nuclear EnergyLecture 27 : Nuclear Energy200 kb
Module-5 MODERN PHYSICSLecture 28 : Principle of LaserLecture 28 : Principle of Laser88 kb
Module-5 MODERN PHYSICSLecture 29 : MaserLecture 29 : Maser131 kb
Module-6 PHYSICS OF SEMICONDUCTOR DEVICESLecture 30 : Energy Band DiagramLecture 30 : Energy Band Diagram203 kb
Module-6 PHYSICS OF SEMICONDUCTOR DEVICESLecture 31 : Electron in a Potential WellLecture 31 : Electron in a Potential Well209 kb
Module-6 PHYSICS OF SEMICONDUCTOR DEVICESLecture 32 : Bonding in SolidsLecture 32 : Bonding in Solids138 kb
Module-6 PHYSICS OF SEMICONDUCTOR DEVICESLecture 33 : Electrons and HolesLecture 33 : Electrons and Holes136 kb
Module-6 PHYSICS OF SEMICONDUCTOR DEVICESLecture 34 : Intrinsic SemiconductorsLecture 34 : Intrinsic Semiconductors273 kb
Module-6 PHYSICS OF SEMICONDUCTOR DEVICESLecture 35 : PhotoconductivityLecture 35 : Photoconductivity97 kb
Module NameDownloadDescriptionDownload Size
Module-1 A Crash Course in VectorsSelf Assesment-L1Self Assesment-L16 kb
Module-1 A Crash Course in VectorsSelf Assesment-L2Self Assesment-L28 kb
Module-1 A Crash Course in VectorsSelf Assesment-L3Self Assesment-L312 kb
Module-1 A Crash Course in VectorsSelf Assesment-L4Self Assesment-L414 kb
Module-1 A Crash Course in VectorsSelf Assesment-L5Self Assesment-L515 kb
Module-2 ElectrostaticsSelf Assesment-L6Self Assesment-L68 kb
Module-2 ElectrostaticsSelf Assesment-L7Self Assesment-L712 kb
Module-2 ElectrostaticsSelf Assesment-L8Self Assessment8 kb
Module-2 ElectrostaticsSelf Assesment-L9Self Assesment6 kb
Module-2 ElectrostaticsSelf Assesment-L10Self Assesment12 kb
Module-2 ElectrostaticsSelf Assesment-L11Self Assesment12 kb
Module-2 ElectrostaticsSelf Assesment-L12Self Assesment10 kb
Module-3 MAGNETIC FIELDSelf Assesment-L13Self Assesment12 kb
Module-3 MAGNETIC FIELDSelf Assesment-L14Self Assesment12 kb
Module-3 MAGNETIC FIELDSelf Assesment-L15Self Assesment9 kb
Module-3 MAGNETIC FIELDSelf Assesment-L16Self Assesment12 kb
Module-3 MAGNETIC FIELDSelf Assesment-L17Self Assesment8 kb
Module-3 MAGNETIC FIELDSelf Assesment-L18Self Assesment14 kb
Module-3 MAGNETIC FIELDSelf Assesment-L19Self Assesment12 kb
Module-3 MAGNETIC FIELDSelf Assesment-L20Self Assesment15 kb
Module-4 THERMOELECTRICITYSelf Assesment-L21Self Assesment5 kb
Module-4 THERMOELECTRICITYSelf Assesment-L22Self Assesment6 kb
Module-5 MODERN PHYSICSSelf Assesment-L23Self Assesment11 kb
Module-5 MODERN PHYSICSSelf Assesment-L24Self Assesment8 kb
Module-5 MODERN PHYSICSSelf Assesment-L25Self Assesment11 kb
Module-5 MODERN PHYSICSSelf Assesment-L26Self Assesment7 kb
Module-5 MODERN PHYSICSSelf Assesment-L27Self Assesment7 kb
Module-5 MODERN PHYSICSSelf Assesment-L28Self Assesment5 kb
Module-5 MODERN PHYSICSSelf Assesment-L29Self Assesment3 kb
Module NameDownloadDescriptionDownload Size
Module-1 A Crash Course in VectorsLecture 1:ExerciseLecture 1: Exercise26 kb
Module-1 A Crash Course in VectorsLecture 2:ExerciseLecture 2: Exercise41 kb
Module-1 A Crash Course in VectorsLecture 3:ExerciseLecture 3:Exercise42 kb
Module-1 A Crash Course in VectorsLecture 4:ExerciseLecture 4:Exercise49 kb
Module-1 A Crash Course in VectorsLecture 5:ExerciseLecture 5:Exercise39 kb
Module-2 ElectrostaticsLecture 6:ExerciseLecture 6:Exercise25 kb
Module-2 ElectrostaticsLecture 7:ExerciseLecture 7:Exercise32 kb
Module-2 ElectrostaticsLecture 8:ExerciseLecture 8:Exercise32 kb
Module-2 ElectrostaticsLecture 9:ExerciseLecture 9:Exercise18 kb
Module-2 ElectrostaticsLecture 10:ExerciseLecture 10:Exercise27 kb
Module-2 ElectrostaticsLecture 11:ExerciseLecture 11:Exercise21 kb
Module-3 MAGNETIC FIELDLecture 14:ExerciseLecture 14:Exercise15 kb
Module-3 MAGNETIC FIELDLecture 15:ExerciseLecture 15:Exercise26 kb
Module-3 MAGNETIC FIELDLecture 16:ExerciseLecture 16:Exercise59 kb
Module-3 MAGNETIC FIELDLecture 17:ExerciseLecture 17:Exercise20 kb
Module-3 MAGNETIC FIELDLecture 18:ExerciseLecture 18:Exercise67 kb
Module-3 MAGNETIC FIELDLecture 19:ExerciseLecture 19:Exercise48 kb
Module-3 MAGNETIC FIELDLecture 20:ExerciseLecture 20:Exercise24 kb
Module-4 THERMOELECTRICITYLecture 22:ExerciseLecture 22:Exercise27 kb
Module-5 MODERN PHYSICSLecture 23:ExerciseLecture 23:Exercise35 kb
Module-5 MODERN PHYSICSLecture 24:ExerciseLecture 24:Exercise18 kb
Module-5 MODERN PHYSICSLecture 25:ExerciseLecture 25:Exercise29 kb
Module-5 MODERN PHYSICSLecture 26:ExerciseLecture 26:Exercise26 kb
Module-5 MODERN PHYSICSLecture 27:ExerciseLecture 27:Exercise23 kb
Module-5 MODERN PHYSICSLecture 28:ExerciseLecture 28:Exercise17 kb
Module-5 MODERN PHYSICSLecture 29:ExerciseLecture 29:Exercise14 kb
Module-6 PHYSICS OF SEMICONDUCTOR DEVICESLecture 31:ExerciseLecture 31:Exercise20 kb
Module-6 PHYSICS OF SEMICONDUCTOR DEVICESLecture 32:ExerciseLecture 32:Exercise45 kb
Module-6 PHYSICS OF SEMICONDUCTOR DEVICESLecture 33:ExerciseLecture 33:Exercise21 kb
Module-6 PHYSICS OF SEMICONDUCTOR DEVICESLecture 34:ExerciseLecture 34:Exercise39 kb
Module-6 PHYSICS OF SEMICONDUCTOR DEVICESLecture 35:ExerciseLecture 35:Exercise20 kb
Module NameDownloadDescriptionDownload Size
Module-1 A Crash Course in VectorsQuiz-L1Quiz1 kb
Module-1 A Crash Course in VectorsQuiz-L2Quiz10 kb
Module-2 ElectrostaticsQuiz-L6Quiz8 kb
Module-2 ElectrostaticsQuiz-L7Quiz6 kb
Module-2 ElectrostaticsQuiz-L8Quiz8 kb

Important: Please enable javascript in your browser and download Adobe Flash player to view this site
Site Maintained by Web Studio, IIT Madras. Contact Webmaster: nptel@iitm.ac.in