Syllabus
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Course Code: B-PHY-201 Course Name: Electricity, Magnetism & E.M.Theory |
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| MODULE NO / UNIT | COURSE SYLLABUS CONTENTS OF MODULE | NOTES |
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| 1 | VECTORBACKGROUNDANDELECTRICFIELD Gradient ofa scalar anditsphysical significance, Line, Surface and Volume integrals of a vectorand their physical significance,Fluxof avector field, Divergenceand curl ofa vector and their physicalsignificance,Gauss’s divergence theorem, Stoke’s theorem. Derivation of electricfield E from potential asgradient.Derivation ofLaplaceand Poisson equations, Electric flux, Gauss’sLaw, Mechanical force of chargedsurface, Energyperunitvolume. |
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| 2 | MAGNETISM Magnetic induction, Magneticflux, Solenoidal natureof vector field of induction, propertiesof B (i) . B = 0 (ii) ×B = µoJ, Electronictheoryofdiaandparamagnetism, Domaintheoryofferromagnetism(Langevin’stheory),CycleofMagnetization-Hysteresis loop( Energydissipation, Hysteresisloss and importance of Hysteresis Curve). |
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| 3 | ELECTROMAGNETISM Maxwellequations and their derivations, Displacement current, Vector and Scalar potentials,Boundaryconditionsatinterfacebetweentwodifferentmedia, Propagation of electromagneticwave(Basicidea,noderivation), PoyntingvectorandPoynting theorem. |
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| 4 | A.C. ANALYSIS A.C. circuitanalysis using complexvariablewith(a)Capacitance and Resistance (CR) (b) ResistanceandInductance (LR)(c)Capacitanceand Inductance (LC) and (d) Capacitance,Inductanceand Resistance(LCR), Series and parallel resonancecircuit, Qualityfactor (sharpness of resonance). |
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