The Laplacian of the magnetic vector potential will be(a) –μ J(b) – μ I(c) –μ B(d) –μ HThe question was posed to me in homework.I would like to ask this question from Magnetic Vector Potential topic in chapter Magnetostics of Electromagnetic Theory

The Laplacian of the magnetic vector potential will be(a) –μ J(b) �

1.	The Laplacian of the magnetic vector potential will be(a) –μ J(b) – μ I(c) –μ B(d) –μ HThe question was posed to me in homework.I would like to ask this question from Magnetic Vector Potential topic in chapter Magnetostics of Electromagnetic Theory
Answer» The CORRECT OPTION is (a) –μ J To explain: The Laplacian of the MAGNETIC vector potential is given by Del^2(A) = -μ J, where μ is the permeability and J is the CURRENT DENSITY.

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The Laplacian of the magnetic vector potential will be(a) –μ J(b) – μ I(c) –μ B(d) –μ HThe question was posed to me in homework.I would like to ask this question from Magnetic Vector Potential topic in chapter Magnetostics of Electromagnetic Theory

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