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Venus looks brighter than other stars, due to

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Important Questions on Wave Optics

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Physics>Optics>Wave Optics>Huygen's Principle

Which of the following are true?

A. Speed of light in vacuum is dependent on the direction of propagation.

B. Speed of light in a medium is independent of the wavelength of light.

C. The speed of light is independent of the motion of the source.

D. The speed of light in a medium is independent of intensity.

Choose the correct answer from the question given below :

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Physics>Optics>Wave Optics>Huygen's Principle

On a hot summer night, the refractive index of air is the smallest near the ground and increases with a height from the ground. When a light beam is directed horizontally, the Huygens' principle leads us to conclude that as it travels, the light beam,

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Physics>Optics>Wave Optics>Huygen's Principle
For light diverging from a finite point source
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Physics>Optics>Wave Optics>Huygen's Principle

Deduce  Snell's law of refraction for a plane wave using Huygens' principle.

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Physics>Optics>Wave Optics>Huygen's Principle
A light beam travelling along the X-axis with planar wavefront is incident on a medium of thickness, t. In the region, where light is falling the refractive index can be taken to be varying such that dndy>0. The light beam on the other side of the medium will emerge
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Physics>Optics>Wave Optics>Huygen's Principle
Define the term wavefront. Using Huygen's wave theory, verify the law of reflection.
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Physics>Optics>Wave Optics>Huygen's Principle
A plane wave front is incident on a thin prism, thin convex lens and a concave mirror separately. The wave front(s) emerging out from the
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Physics>Optics>Wave Optics>Huygen's Principle
Write the Huygens principle and prove the Snell's law of refractive with its help.
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Physics>Optics>Wave Optics>Huygen's Principle
Huygens' wave theory of light cannot explain.
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Physics>Optics>Wave Optics>Huygen's Principle
A beam of light with a plane wavefront needs to be transformed into one with a convergent spherical wavefront. For this purpose, which of the following may be suitable?
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Physics>Optics>Wave Optics>Huygen's Principle
Using Huygens' principle, establish the law of reflection.
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Physics>Optics>Wave Optics>Huygen's Principle
Considering the fact that the speed of light in glass is not independent of the colour of light, which of the statement is true?
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Physics>Optics>Wave Optics>Huygen's Principle
Using Huygens’s wave theory, derive Snell’s law of refraction.
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Physics>Optics>Wave Optics>Huygen's Principle
Define the term "refractive index" of a medium. Verify Snell's law of refraction when a plane wavefront is propagating from a denser to a rarer medium.
HARD
Physics>Optics>Wave Optics>Huygen's Principle
Derive the law of reflection using Huygen's Wave Theory.
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Physics>Optics>Wave Optics>Huygen's Principle
Use Huygen’s principle to verify the laws of refraction.
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Physics>Optics>Wave Optics>Huygen's Principle
What is wave front? Explain laws of refraction of light on the basis of Huygens wave theory. Draw necessary ray diagram.
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Physics>Optics>Wave Optics>Huygen's Principle
When light propagates through a material medium of relative permittivity ϵr and relative permeability μr, the velocity of light, v is given by : (c - velocity of light in vacuum)
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Physics>Optics>Wave Optics>Huygen's Principle
The wave front is a surface in which
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Physics>Optics>Wave Optics>Huygen's Principle
The shape of wave front at a very large distance from source is ________.