When radiation interacts with matter, it can be absorbed, scattered, or pass through without interacting. Absorption can lead to heating or ionization of the matter, altering its chemical or physical structure. The type and amount of interaction depend on the properties of the radiation and the matter it encounters.
When radiation hits Earth's surface, it can be absorbed, reflected, or scattered. Some of the absorbed radiation warms the surface, causing temperatures to increase, while some is re-radiated back into the atmosphere as heat. The remaining radiation is reflected back into space, contributing to Earth's energy balance.
Some of the radiation not absorbed by the Earth is reflected back into space by the atmosphere, clouds, and the Earth's surface. The remaining portion may be scattered in different directions or absorbed by gases in the atmosphere.
One example of something that is not matter is electromagnetic radiation, such as light. While it can behave like particles in some situations, it does not have mass or occupy physical space in the same way matter does.
In some circumstances, ultraviolet light may inteact with matter to produce heat, but it does not carry heat. Heat is carried by matter in motion since heat (temperature) is a characteristic of matter.
Longwave radiation can pass through glass, as glass is transparent to certain wavelengths of energy. However, glass has some absorptive properties, so some of the longwave radiation may be absorbed and re-emitted as heat within the glass. This can contribute to the warming effect inside a greenhouse or a car on a sunny day.
Most of the solar radiation is absorbed when it reaches the surface of the earth. Some of the solar radiation is also absorbed in the atmosphere.
Energy (heat, radiation, ,,,)
Children treated with radiation may lose some of their eyesight and develop learning problems
Although radio waves, visible light and X-rays are all part of the electromagnetic spectrum, x-rays travel with a much higher energy at a very short wavelength and create ionizing radiation. When an x-ray passes through organic matter the denser matter will block some of the radiation and that radiation will be deposited in the matter creating some cell damage.
Focus an energetic wave at some matter and see what happens.
I believe it is called "Cooling" and it involves some or all of - radiation, conduction and convection.
It absorbs some of the radiation. The radiation is UV rays.
What kind of radiation? Remember, Beta radiation is particles (electrons)and Alpha radiation is Helium nuclei.Some radiation will transfer energy to particles ... which may speed them up,it may heat them,it may cause fluorescence.
As radiation passes through Earth's atmosphere, some of it is absorbed and scattered by gases and particles. This can result in attenuation of the radiation, meaning that its intensity decreases. Different types of radiation are affected in various ways based on their energy and wavelength.
When radiation hits Earth's surface, it can be absorbed, reflected, or scattered. Some of the absorbed radiation warms the surface, causing temperatures to increase, while some is re-radiated back into the atmosphere as heat. The remaining radiation is reflected back into space, contributing to Earth's energy balance.
Penetration of uv radiation is physical change as it happens physically but after penetration it also causes some chemical changes along with physical effects .
I'm hesitant to say, "All" -- I'm sure someone could find some example of a type of matter that does not do so -- but (1) all objects with a temperature radiate SOME blackbody radiation, (2) all electrons will, if accelerated, radiate photons, and (3) all nuclei will, if there is a decay, radiate some amount of gamma rays.