EMFT : MAGNETOSTATICS (Hindi)

   Thursday, September 14, 2023   

Starting a new Lecture Notes Series on EMFT : MAGNETOSTATICS

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Lecture Description of this above Topic:

Lecture 1: 3.1 The Steady Magnetic Field: BIOT - SAVART LAW for I.E.S/G.A.T.E.

Lecture 2: 3.2 MAGNETIC FIELD DUE TO STRAIGHT CONDUCTOR for I.E.S./G.A.T.E.

Lecture 3: 3.3 E.M.F.T. Biot- Savart's Law numerical for G.A.T.E/I.E.S.

Lecture 4: 3.4 NUMERICAL on Biot Savart's Law for G.A.T.E/I.E.S.

Lecture 5: 3.5 E.M.F.T. Numerical (Biot- Savart's Law) for I.E.S./G.A.T.E.

Lecture 6: 3.6 MAGNETIC FIELD DUE TO CIRCULAR LOOP for I.E.S./G.A.T.E.

Lecture 7: 3.7 AMPERE'S CIRCUIT LAW (MAXWELL'S EQUATION) for I.E.S./G.A.T.E.

Lecture 8: 3.8 INFINITE SHEET OF CURRENT for I.E.S./G.A.T.E.

Lecture 9: 3.9 INFINITE COAXIAL CONDUCTOR for I.E.S./G.A.T.E.

Lecture 10: 3.10 MAGNETIC FLUX DENSITY -(Maxwell's Equation) for I.E.S./G.A.T.E.

Lecture 11: 3.11 MAGNETIC SCALAR AND VECTOR POTENTIAL for I.E.S./G.A.T.E

Lecture 12: 3.12 MAGNETIC FORCE for G.A.T.E/I.E.S.

Lecture 13: 3.13 MAGNETIC TORQUE and MOMENT for G.A.T.E/I.E.S.

Lecture 14: 3.14 E.M.F.T. NUMERICALS (AMPERE'S CIRCUIT LAW) for G.A.T.E./I.E.S.

Lecture 15: 3.15 MAGNETIC DIPOLE for I.E.S/G.A.T.E.

Lecture 16: 3.16 MAGNETIC DIPOLE (Current loop & Bar magnet) for I.E.S./G.A.T.E.

Lecture 17: 3.17 E.M.F.T. NUMERICAL (Current Density & Magnetic Field) for G.A.T.E./I.E.S.

Lecture 18: 3.18 MAGNETIZATION IN MATERIALS for I.E.S./G.A.T.E.

Lecture 19: 3.19 MAGNETIZATION (MACROSCOPIC VIEW) for I.E.S./G.A.T.E

Lecture 20: 3.20 MAGNETIC BOUNDARY CONDITIONS for I.E.S./G.A.T.E.

Lecture 21: 3.21 E.M.F.T. NUMERICAL (MAGNETIC BOUNDARY CONDITION) for G.A.T.E/I.E.S.

Lecture 22: 3.22 E.M.F.T. NUMERICAL (SURFACE CURRENT DENSITY in Magnetic Boundary Conditions)

Lecture 23: 3.23 E.M.F.T. NUMERICAL (Directed Surface Current Density)