Of the eight planets in our solar system, Venus has the highest albedo. Thus, it reflects the largest percent of light striking it back into space.
The reason the ice in the Antarctica does not melt away when sunlight shines upon it is because the whiteness of the ice reflects most of the light back into space. But as a result of global warming, much more ice are being melted now than before. And thus without the ice, more sea will appear. And with the sea, there were not as much ice to reflect the sunlight back into space, therefore more of the sunlight and its heat were absorbed by earth, and thus more and more ice will melt.
It is called the blue planet because it is 75% water, and of course water is blue.
There are a number of factors which affect the surface temperature of planets. First, there is sunlight which is a source of warmth. Then, there are various types of atmosphere, which retain warmth to varying degrees. Then, there is the radiation of heat into space, by means of infrared radiation, which happens on the side of the planet that faces away from the sun, and cools the planet.
Neptune's atmosphere is made up of hydrogen, helium and methane. The methane in Neptune's upper atmosphere absorbs the red light from the sun but reflects the blue light from the sun back into space. This is why Neptune appears blue.
Space Craft
You see the International space station at night because it reflects sunlight back to earth.
Albedo
White reflects sunlight (energy) back into space.
White or light coloured surfaces, of which a cloud is an example, reflects sunlight, while dark surfaces absorb sunlight and heats up.
clean ice reflects sunlight back into space and prevents heat buidup on ice, dirty ice has the opposite affect
Clouds can reflect some light back to space depending on the water content in the clouds. The water causes a prism which reflects light back into space.
Albedo is the fraction of sunlight that hits a planet that is reflected back out into space. A bright white planet that's full of ice would have a high albedo.
Clouds can reflect some light back to space depending on the water content in the clouds. The water causes a prism which reflects light back into space.
A star generates energy, including light, which it emits into space, i.e. it is luminous. A planet can only be seen because it reflects the Sun's light, i.e. it is non-luminous.
it arrives directly from the sun or reflects off the earth moon or any other object that will reflect it
From what I've read, it's -179C. Doesn't get much warmer because the atmosphere reflects a lot of sunlight back into space.
Because space does not stop light from traveling. The earth has light sources on it that help it be seen on the dark side and on the light side it reflects a massive amount of light from the sun. The moon reflects light from the sun. The majority of what astronauts see locally is a reflection of the suns energy.