Sun appears to be risen before the actual sun rise because of

Scattering of light

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Atmospheric dispersion

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Atmospheric refraction

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Atmospheric reflection

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Solution

The correct option is C
Atmospheric refraction

Sun rises two minutes before the actual sunrise due to the phenomenon of atmospheric refraction.

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Similar questions

Q. We can see the sun before it has actually risen above the horizon (advance sunrise) and can see the sun for sometime after it has set below the horizon (delayed sunset), all because of atmospheric refraction.

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Q. Sun appears to be red during sunset and sunrise because blue light scatters more than red light in atmosphere. (Yes/No)

Question 6
Twinkling of stars is due to atmospheric

(a) dispersion of light by water droplets
(b) refraction of light by different layers of varying refractive indices
(c) scattering of light by dust particles
(d) internal reflection of light by clouds

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Sun appears to be risen before the actual sun rise because of

The correct option is C Atmospheric refraction Sun rises two minutes before the actual sunrise due to the phenomenon of atmospheric refraction.

The correct option is C
Atmospheric refraction

Sun rises two minutes before the actual sunrise due to the phenomenon of atmospheric refraction.