For IR, visible, and UV radiation; any shiny surface will do. For acoustic radiation, any massive smooth surface will do. For em radiation, any material with a very different dielectric constant from that of air will do. For ionizing radiation, there is a lot of money to be made from this discovery. That problem is yet (mainly) to be solved.
Such reflection is called the albedo. For the earth it is 30 - 35%
gamma radiation is used in cancer treatment. the most common source of gamma radiation is.
the pattern most likely reflect differences in the snakes' habitat.
Yes sunlight is composed of ultraviolet rays which are electromagnetic radiation
Doesn't it make you wonder why these radiation questions have not been answered??
The sun does not reflect its radiation into space.
It doesn't absorb clever. It penetrates, and it can penetrate paper, smoke, a layer of skin and thin aluminium.
Mirrors reflect whether there is anything to reflect at the minute. Beside light they can also reflect heat radiation.
Thick puffy cloud reflects suns radiation thick clouds reflect radiation keeping earth cool. Thin wispy cloud reflects sun radiation thin don't reflect as much radiation allowing the earth to warm.
Some of it but not all. They can also retain some types of radiation, especially thermal radiation.
Reflection
Radiation can bounce off surfaces such as metal, mirrors, and other reflective materials. The ability of a material to reflect radiation depends on its composition and surface finish. Smooth and polished surfaces tend to reflect radiation more effectively than rough or absorbent surfaces.
It increases the amount of solar radiation that reflect into space
Thick puffy cloud reflects suns radiation thick clouds reflect radiation keeping earth cool. Thin wispy cloud reflects sun radiation thin don't reflect as much radiation allowing the earth to warm.
A black road does not reflect any visible light, although it may reflect radiation at invisible wavelengths, such as heat.
Cloud cover prevents IR radiation and light from escaping to space, preventing cooling by radiation.
Black absorbs light rather than reflecting it. This is because black objects absorb most of the light that hits them, which is then converted into heat energy. This is why black objects appear dark and can get warm when exposed to sunlight.