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CBSE - XII Science - Physics - Wave Optics
huygens wave theory ?
Asked by rajawatmeena845
19th January 2023,
7:21 PM
CBSE - XII Science - Physics - Wave Optics
wave lets means
Asked by rajawatmeena845
19th January 2023,
7:21 PM
CBSE - XII Science - Physics - Wave Optics
when ray of light passes from one medium to another medium
Asked by komal2003patil
17th July 2020,
1:34 PM
CBSE - XII Science - Physics - Wave Optics
Define Huygens Principle
Asked by bmoumita4141
1st March 2020,
7:16 AM
CBSE - XII Science - Physics - Wave Optics
An object is placed at 10 cm distance infront of a concave mirror of radius of curvature of 20 cm. Find the position,nature and magnification of the image.
Asked by av601070
27th May 2019,
2:52 PM
CBSE - XII Science - Physics - Wave Optics
define wave front.state
Asked by chirag
24th February 2019,
9:36 PM
CBSE - XII Science - Physics - Wave Optics
use wave theory to verify the laws of reflection and law of reflection
Asked by ap996969
23rd January 2019,
6:30 PM
CBSE - XII Science - Physics - Wave Optics
state and explain huygens principle explain how a reflected wavefront is constructed when light travels from denser medium to rarer medium
Asked by ap996969
23rd January 2019,
6:04 PM
CBSE - XII Science - Physics - Wave Optics
obtain "laws of refraction "by using hygens principle
Asked by vinodjoshi112233
7th December 2017,
8:33 PM
CBSE - XII Science - Physics - Wave Optics
what is the shape of the wavefront on earth for sunlight
Asked by vinodjoshi112233
7th December 2017,
8:27 PM
CBSE - XII Science - Physics - Wave Optics
When monochromatic light is incident on a surface separating two media the reflected and the refracted lights both have the same frequency as the incident frequency.why?
Asked by bijuaylara111
22nd August 2017,
12:08 PM
CBSE - XII Science - Physics - Wave Optics
Use huygens principal to show how a plane wavefront propagates from a denser to rarer medium .hence verify the snell's law of refraction
Asked by bijuaylara111
22nd August 2017,
12:02 PM
CBSE - XII Science - Physics - Wave Optics
(a) In young’s double slit experiment, deduce the conditions for obtaining constructive and destructive interference fringes. Hence, deduce the expression for the fringe width. (b) Show that the fringe pattern on the screen is actually a superposition of slit diffraction from each slit. (c) What should be the width of each slit to obtain 10 maxima of the double slit pattern within the central maximum of the single slit pattern, for green light of wavelength 500 nm, if the separation between two slits is 1 mm?
Asked by Topperlearning User
10th July 2015,
12:47 PM
