If ∫ H.dL = 0, then which statement will be true?(a) E = -Grad(V)(b) B = -Grad(D)(c) H = -Grad(Vm)(d) D = -Grad(A)The question was asked by my college director while I was bunking the class.Query is from Magnetic Field Density in portion Magnetostics of Electromagnetic Theory

If ∫ H.dL = 0, then which statement will be true?(a) E = -Grad(V)(b)

1.	If ∫ H.dL = 0, then which statement will be true?(a) E = -Grad(V)(b) B = -Grad(D)(c) H = -Grad(Vm)(d) D = -Grad(A)The question was asked by my college director while I was bunking the class.Query is from Magnetic Field Density in portion Magnetostics of Electromagnetic Theory
Answer» Right choice is (c) H = -GRAD(Vm) The EXPLANATION is: The given CONDITION shows that the magnetic field intensity will be the NEGATIVE gradient of the magnetic vector potential.

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If ∫ H.dL = 0, then which statement will be true?(a) E = -Grad(V)(b) B = -Grad(D)(c) H = -Grad(Vm)(d) D = -Grad(A)The question was asked by my college director while I was bunking the class.Query is from Magnetic Field Density in portion Magnetostics of Electromagnetic Theory

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