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Tag: Electromagnetic phenomena

To find the magnetic vector potential of a rotating, uniformly charged spherical shell. Vector potential, magnetic field intensity (mag induction) and current density are the most basic parameters of magnetostatics.
  • basic physics

Magnetic vector potential of a rotating uniformly charged shell.

  • by Invariance, MDASHF i@M
  • Posted on July 5, 2019December 6, 2020
Ampere’s law application: infinite surface current, diagram. An infinite sheet of current in xy plane with Amperian loop. We like to determine its magnetic field by Ampere's Law.
  • basic physics

Example 5.7; Application of Ampere’s law.

  • by Invariance, MDASHF i@M
  • Posted on June 25, 2019June 28, 2019
The northern light or aurora is an electromagnetic phenomenon, produced due to motion of charged cosmic particles entering earth's magnetic field.
  • basic physics

Helmholtz theorem in electrodynamics, Gauge transformation.

  • by Invariance, MDASHF i@M
  • Posted on November 3, 2018November 22, 2018
This image shows the fabulous colors cities wear at night. And it all comes from electromagnetic waves. Our topic today is an attempt at understanding the deeper formal frame work of electromagnetic waves.
  • basic physics

Helmholtz theorem. Scalar and vector potentials

  • by Invariance, MDASHF i@M
  • Posted on November 2, 2018November 26, 2018
Boundary conditions on electric and magnetic field: When electric or magnetic fields go across the boundary of material media their values might or might not change. There are 4 possibilities and we derive them in this article. These values depend upon the surface current charge densities and the volume charge densities present on the surface of the media. Accordingly the tangential and normal components of electric and magnetic fields have 4 different possibilities. 2 of these change and are named as discontinuous while the other two don't change and are therefore called as continuous. Photo Credit: mdashf.org
  • basic physics

Boundary conditions on electric and magnetic fields.

  • by Invariance, MDASHF i@M
  • Posted on November 1, 2018June 21, 2019

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