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Refraction. It's basically the same reason a pencil put in a glass of water appears to be "bent".

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11y ago

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Why sun is oval in morning and evening?

The sun appears oval when it is low on the horizon during sunrise and sunset due to the Earth's atmosphere acting like a lens, causing the light from the sun to be scattered and refracted. This distortion gives the illusion of an oval shape, even though the sun is actually spherical.


Are the sun and moon larger when at the horizon?

No, they just look larger.


What does the path the earth takes around the sun look like?

An oval. An ellipse, actually, which is sort of like an oval.


On which horizon does the sun set?

The western horizon.


The sun and moon appear elliptical near the horizon due to?

The sun and moon appear elliptical near the horizon due to atmospheric refraction. This bending of light causes the celestial objects to look slightly flattened when they are closer to the horizon.


Is the sun oval?

No. An oval is a 2-dimensional shape. The sun is 3-dimensional.


On which horizon does the sun appear?

Eastern Horizon


Why does the sun look like it's coming out of the ground?

This is an optical illusion called the sun illusion, where the brain perceives the sun as being larger and closer to the horizon when it is low in the sky. As the sun nears the horizon, it appears to be emerging from the ground due to the way our brain processes the visual information.


Is the sun below the northern horizon or the southern horizon at midnight in the Northern Hemisphere?

The sun is below the northern horizon at midnight in the Northern Hemisphere.


Is sunset when suns bottom touches the horizon or the suns top disappears on the horizon?

Both. A setting sun is the duration it takes from the sun meeting the horizon until below the horizon. Today's setting sun has a duration of 12 minutes.Twilight/dusk follows.


Write a sentence with horizon?

The sun and ocean met on the horizon.


Why does the sun look flattened near the horizon?

It's because of refraction. when we look at the sun at the time it's straight to the horizon, just above some height(for eg: a hill or a mountain), the air above that height is more denser. So when the ray of light coming from the base of the sun passes through that particular height, the ray gets refracted towards the normal and away from the normal respectively. This is why the sun looks flattened near the horizon.