Re: Snell's Law



"shamikphy@xxxxxxxxx" <shamikphy@xxxxxxxxx> wrote:

Hello ,
I have a question.The question is:
why a ray of light when passes through a medium of higher refractive
index to a medium of
lower refractive index or reverse, changes its direction? why Snell's
law is obeyed by light?

I would recommend a look at Optics by Jenkins and White or the fine
text by Hecht and Zajack.

You will find that Maxwell's equations, formally stated by James Clark
Maxwell in 1865, have intrinsic in their solution the statement of
Snell's law.

You could also look in Corson and Lorain (under grad text in E&M).

There are lots of simplistic answers and there may be earlier
empirical derivations but the heart of the explaination lies in the
mathematical solution to Maxwell's equations.

Hope this helps.




James E. Klein
jameseklein@xxxxxxxxxxxxx

Engineering Calculations
http://www.ecalculations.com
ecalculations@xxxxxxxxxxxxxxxxx
Engineering Calculations is the home of
the KDP-2 Optical Design Program
for Windows and (soon) MAC OSX
Free KDP-2 (DEMO) downloadable!
1-818-507-5706 (Voice and Fax)
.



Relevant Pages

  • Re: Snells Law
    ... why a ray of light when passes through a medium of higher refractive ... lower refractive index or reverse, ... Snell's law works for marching soldiers also. ...
    (sci.optics)
  • Snells Law
    ... why a ray of light when passes through a medium of higher refractive ... lower refractive index or reverse, ... law is obeyed by light? ...
    (sci.optics)
  • Re: Snells Law
    ... why a ray of light when passes through a medium of higher refractive ... lower refractive index or reverse, ... Lets cut through all the fog and use a simple analogy. ... towards the hole with a slanted hill in between. ...
    (sci.optics)
  • Re: Snells Law
    ... why a ray of light when passes through a medium of higher refractive ... lower refractive index or reverse, ... It's thin and very readable. ...
    (sci.optics)