Determine path difference between two light rays, Physics

Assignment Help:

Two light rays will interfere constructively with maximum amplitude if the path difference between them is:

a) one wavelength

b) one-half wavelength

c) one-quarter wavelength

d) one-eighth wavelength

Ans:

When the path difference between two light rays is one wave length, these rays will interfere constructively with maximum amplitude.


Related Discussions:- Determine path difference between two light rays

Explain generation of electrical energy, Explain Generation of electrical e...

Explain Generation of electrical energy Generation of electrical energy : The conversion of energy available in dissimilar forms  in nature into electrical energy is called as

What is speed of an electron and a proton in circular path, An electron and...

An electron and a proton are moving at the similar speed in circular paths in the similar uniform magnetic field.  The radius of the path of the proton is one of the following.

Determine the final velocity, A charge q of mass m starting from rest is al...

A charge q of mass m starting from rest is allowed to move between two plates having a potential difference of V volt. Determine the final velocity of it? Repulsion is the sure

Interference of sound waves, When two rays of same frequency, similar wavel...

When two rays of same frequency, similar wavelength, and similar speed moves in the same direction, their superimposition gives result in the interference. Due to interference the

Determine dielectric constant of vacuum, Dielectric constant of vacuum is ...

Dielectric constant of vacuum is (A) Infinity. (B) 100. (C) One. (D) Zero. Ans: Dielectric constant of vacuum is one.

Maxwells electromagnetic equation, Starting from Maxwell's electromagnetic ...

Starting from Maxwell's electromagnetic equation in free space, Get Poynting theorem.

Proton was discovered, Proton was discovered by: (1)Chadwick (2)Thom...

Proton was discovered by: (1)Chadwick (2)Thomson (3)Goldstein (4)Bohr Ans: (3)Goldstein

Statics, derivation of sackur-tetrode formula

derivation of sackur-tetrode formula

Prism, working principle of a prism

working principle of a prism

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd