There is a difference between poles and equator. It is because depletion is minimum at equator.
From the surface. Solar radiation is absorbed by the surface and emitted at a longer wavelength, which is essentially heat.
The Stefan - Boltzmann law gives the radiant energy emitted or absorbed by an object:Source: Cutnell, Physics, 8th edition
no
The radiation emited is gamma ray
light at a frequency similar to the absorbed frequency is emitted
they are absorbed, depositing their energy in whatever absorbed them.
It's actually the rain forest because that is the biome closest to the equator, meaning that it has a net radiation budget surplus (more solar radiation is absorbed than reflected/re-emitted as infrared radiation), unlike the biomes closer to the poles which will have a net radiation budget deficit (more infrared radiation is re-emitted/reflected than solar radiation that is absorbed).
It's actually the rain forest because that is the biome closest to the equator, meaning that it has a net radiation budget surplus (more solar radiation is absorbed than reflected/re-emitted as infrared radiation), unlike the biomes closer to the poles which will have a net radiation budget deficit (more infrared radiation is re-emitted/reflected than solar radiation that is absorbed).
Definition: The smallest amount of energy that can be emitted or absorbed as electromagnetic radiation. Antonym: unfixed
The darkness or lightness by itself doesn't affect the heat capacity, only how easily radiation will be absorbed - and emitted.The darkness or lightness by itself doesn't affect the heat capacity, only how easily radiation will be absorbed - and emitted.The darkness or lightness by itself doesn't affect the heat capacity, only how easily radiation will be absorbed - and emitted.The darkness or lightness by itself doesn't affect the heat capacity, only how easily radiation will be absorbed - and emitted.
From the surface. Solar radiation is absorbed by the surface and emitted at a longer wavelength, which is essentially heat.
In fact, radiations are reflected by earth but not emitted.
Radiation is emitted from something and travels from its point of origin to somewhere else. When radiation hits something else (and is therefore stopped) the thing that has been hit is said to have been irradiated. Thus a sunbather is undergoing irradiation by radiation emitted by the sun.
The Stefan - Boltzmann law gives the radiant energy emitted or absorbed by an object:Source: Cutnell, Physics, 8th edition
Mostly done by infra red EM radiation, since this is emitted by hot bodies and absorbed by bodies that receive it.
Fluorescence is glowing, or giving off light.
The electromagnetic spectrum is the range of all possible frequencies of electromagnetic radiation.[1] The "electromagnetic spectrum" of an object is the characteristic distribution of electromagnetic radiation emitted or absorbed by that particular object.