Все публикации

0:11:27

ED5.4.Ferromagnetism

0:13:41

ED4.4.Biot Savart Law

0:15:54

ED4.1.THE LORENTZ FORCE LAW

0:04:46

ED2.27.Capacitors

0:08:11

ED2.26.Conductor Induced Charges, Cavity, Surface Charge and Force

0:02:12

OP8.2 .Optical Fibre Communication

0:03:46

ED2.24.Comment on Electrostatic Energy

0:05:48

OP8.1.Fibre Optics

0:03:47

ED2.25.Basic Properties of conductors

0:02:06

ED2.23.Find the energy of a uniformly charged spherical shell of total charge q and radius R.

0:05:31

1.4b.The curl

0:11:54

ED1.8. Curvilinear Coordinates

0:09:45

OP3.10.Michelson’s Interferometer

0:07:14

OP1.7.Position of image plane, Magnification , thick and thin lens

0:10:00

OP4.4.Diffraction grating

0:05:56

ED3.1. Electric Fields in Matter

0:07:08

OP4.3 .Two slit Fraunhofer diffraction

0:13:15

ED1.2. Vector Algebra Component Form

0:07:09

OP4.1. Fraunhofer Diffraction Preliminaries

0:10:43

OP1.6.System matrix

0:10:43

OP3.7. Wedge shaped Film

0:09:26

ED1.1.Vector Operations

0:16:20

OP1.5 .Translation and Refraction matrix

0:13:10

OP8.3. Step Index Fiber