The altitudes-height of heavenly bodies appears to be greater than they actually are- This is due to -Vertical motion of these heavenly bodiesMotions of the earthAtmospheric refractionThese are visible because of light of the sun reflected from their surface

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Toppr Admin · Accepted Answer

Atmospheric refractionWhen sunlight enters the earth-apos-s atmosphere- it continuously goes from rarer to the denser medium and hence refraction of light takes place- The refraction of light taking place in the atmosphere is known as atmospheric refraction-xA0-

The altitudes/height of heavenly bodies appears to be greater than they actually are. This is due to ____________________.
Vertical motion of these heavenly bodies
Motions of the earth
Atmospheric refraction
These are visible because of light of the sun reflected from their surface

Atmospheric refraction
When sunlight enters the earth's atmosphere, it continuously goes from rarer to the denser medium and hence refraction of light takes place. The refraction of light taking place in the atmosphere is known as atmospheric refraction.

The altitudes/height of heavenly bodies appears to be greater than they actually are. This is due to ____________________.Vertical motion of these heavenly bodiesMotions of the earthAtmospheric refractionThese are visible because of light of the sun reflected from their surface

Atmospheric refractionWhen sunlight enters the earth's atmosphere, it continuously goes from rarer to the denser medium and hence refraction of light takes place. The refraction of light taking place in the atmosphere is known as atmospheric refraction.

The altitudes/height of heavenly bodies appears to be greater than they actually are. This is due to ____________________.
Vertical motion of these heavenly bodies
Motions of the earth
Atmospheric refraction
These are visible because of light of the sun reflected from their surface

Atmospheric refraction
When sunlight enters the earth's atmosphere, it continuously goes from rarer to the denser medium and hence refraction of light takes place. The refraction of light taking place in the atmosphere is known as atmospheric refraction.