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It is the small amount of light reflected from the sun.
it is because of this reflected light you can clearly see the moon
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In astronomy, the amount of light reflected by the Moon - or by any other object - is called "albedo", which literally means "whiteness".In astronomy, the amount of light reflected by the Moon - or by any other object - is called "albedo", which literally means "whiteness".In astronomy, the amount of light reflected by the Moon - or by any other object - is called "albedo", which literally means "whiteness".In astronomy, the amount of light reflected by the Moon - or by any other object - is called "albedo", which literally means "whiteness".
Light is reflected by an object for however long a light source is shining on it. Also, even when the light source is gone, the light that was reflected continues for an infinite amount of time.
- light reflected from a window- light reflected from a mirror- light reflected from snow
The Sun. A tiny amount is reflected from the Earth and a tinier amount still comes from stars.
A reflected light would be light reflected by a mirror, and the light would remain unchanged. A reflected light of daylight is when white light is split into 'rainbow' colours.
The light which enters is called the incident ray and the reflected light is called the reflected ray.
Amount of light from sun that reach/reflected-by the moon as the earth revolves the sun.
It is actually impossible to reflect a shadow, as a shadow is merely an absence of light. However, what IS reflected is the light surrounding the shadow. When this light is reflected, it forms a reflected image of the light's shape, complete with a lack of light, or shadow. In this way, it can look like a shadow is reflected.
yes .. at any interface when light passes from one medium to another part of it gets reflected and remaining refracted. so some amount of light incident when passing from air to glass gets reflected. but in the reverse way i.e, from glass to air there is chance for all the light incident to get reflected as in the case of total internal reflection. and again coming to your case the amount of light reflected follows the laws of reflection i.e, angle of incidence is equal to the angle of reflection. the light which got refracted follows the snell's laws of refraction.