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Category: CSIR NET (Physics)

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
A cylindrical wire carrying current I. Two situations arise. Case A: uniform surface current on the outside surface. Case B: a volume current density that depends upon radial distance from axis of wire. Whats the magnetic field of such a configuration?
  • basic physics

Problem 5.13 Application of Ampere’s Law.

  • by Invariance, MDASHF i@M
  • Posted on June 27, 2019November 28, 2019
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
CSIR NET 2018 December Physical Sciences: converting a RS flip-flop into a JK flip-flop. Photo Credit: mdashf.org
  • CSIR NET (Physics)

CSIR NET 2018 December Physical Science Solutions Part-B

  • by Invariance, MDASHF i@M
  • Posted on December 24, 2018May 27, 2020
CSIR NET 2018 December Physical Sciences: answer to question 12 Venn diagram shows that number of students who took biology but not chemistry is number of students who took biology minus number of students who took both biology and chemistry photo credit: mdashf.org
  • CSIR NET (Physics)

The CSIR NET 2018 December solutions

  • by Invariance, MDASHF i@M
  • Posted on December 17, 2018December 28, 2018

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