EMFT: ELECTROSTATIC (Hindi)

   Friday, September 15, 2023   

Starting a new Lecture Notes Series on EMFT: ELECTROSTATIC

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Lecture Description of this above Topic:

Lecture 1: 1.1INTRODUCTION to EMFT for B-Tech, GATE ,IES ...

Lecture 2: 1.2 Introduction to Cartesian and Cylindrical Coordinate system...

Lecture 3: 1.3 RELATION BETWEEN CARTESIAN AND CYLINDRICAL COORDINATE SYSTEM

Lecture 4: 1.4 Introduction to SPHERICAL Coordinate System..for B-Tech, GATE ,IES

Lecture 5: 1.5 Relation between Cartesian, Cylindrical and Spherical coordinate system ......

Lecture 6: 1.6 Numerical based on Differential LENGTH , SURFACE and VOLUME.......

Lecture 7: 1.7 Numerical based on CYLINDRICAL coordinate system for B-Tech ,GATE ,IES..

Lecture 8: 1.8 E.M.F.T. Numerical for B-Tech ,GATE ,IES..

Lecture 9: 1.9 EMFT Numerical for B-Tech ,GATE ,IES..

Lecture 10: 1.10 GRADIENT of Scalar for B-Tech ,GATE ,IES..

Lecture 11: 1.11 Divergence of vector and Divergence Theorem for B-Tech ,GATE ,IES..

Lecture 12: 1.12 Numerical based on Divergence theorem for B-Tech ,GATE ,IES..

Lecture 13: 1.13 CURL of a vector and STOKES Theorem for B-Tech ,GATE ,IES..

Lecture 14: 2.1 Introduction to Electrostatic field and Coulomb Law (IES,GATE)

Lecture 15: 2.2 Introduction to ELECTRIC FIELD INTENSITY for IES ,GATE

Lecture 16: 2.3 ELECTRIC FIELD DUE TO LINE CHARGE for IES,GATE

Lecture 17: 2.4 ELECTRIC FIELD DUE TO SURFACE CHARGE for I.E.S. & G.A.T.E.

Lecture 18: 2.5 ELECTRIC FLUX DENSITY for I.E.S. & G.A.T.E.

Lecture 19: 2.6 GAUSS'S LAW and MAXWELL EQUATION for GATE /IES

Lecture 20: 2.7 APPLICATION OF GAUSS'S LAW on INFINITE LINE CHARGE and INFINITE SHEET for I.E.S. & G.A.T.E

Lecture 21: 2.8 SPHERICAL CHARGE SPHERE for GATE/IES

Lecture 22: 2.9 ELECTRIC POTENTIAL for I.E.S .& G.A.T.E.

Lecture 23: 2.10 An ELECTRIC DIPOLE for IES & GATE

Lecture 24: 2.11 SIGNIFICANCE OF CURRENT DENSITY

Lecture 25: 2.12 CONDUCTORS and DIELECTRICS for IES/GATE

Lecture 26: 2.13 CONTINUITY EQUATION and RELAXATION TIME for IES,GATE

Lecture 27: 2.14 BOUNDARY CONDITION on E & D for IES /GATE

Lecture 28: 2.15 ELECTROSTATIC BOUNDARY VALUE PROBLEMS for IES/GATE

Lecture 29: 2.16 ELECTROSTATIC METHOD OF IMAGES for IES/GATE

Lecture 30: 2.17 METHOD OF IMAGES for LINE CHARGE

Lecture 31: 2.18 E.M.F.T. GAUSS'S LAW NUMERICAL for G.A.T.E./I.E.S.

Lecture 32: 2.19 E.M.F.T. GAUSS'S LAW NUMERICAL for G.A.T.E./I.E.S.

Lecture 33: 2.20 ENERGY DENSITY IN ELECTROSTATIC FIELDS for I.E.S/G.A.T.E.

Lecture 34: 2.21 .E.M.F.T. Numericals ( Charge distribution and Electric Dipole) for I.E.S/G.A.T.E.

Lecture 35: 2.22 MAXWELL'S CURL EQUATION for Static Electric Field

Lecture 36: 2.23 E.M.F.T. NUMERICALS (Boundary Conditions and Triple Integral) for I.E.S./G.A.T.E.

Lecture 37: 2.24 E.M.F.T. LINE CHARGE numerical for I.E.S. & G.A.T.E.

Lecture 38: 2.25 CAPACITANCE: Energy stored in the capacitor for I.E.S./G.A.T.E.

Lecture 39: 2.26 CAPACITOR: Coaxial and Spherical for I.E.S./G.A.T.E.

Lecture 40: 2.27 E.M.F.T. NUMERICAL (Electric Potential) for I.E.S./G.A.T.E.

Lecture 41: 2.28 E.M.F.T. Numericals (Energy Stored in Electrostatics) for I.E.S./G.A.T.E