The answer depends on what type of radiation and how much. Small amounts of infra-red radiation will make you feel warm, large amounts will burn you. Visible light has little effect. Small amounts of some ultra violet radiation will help you synthesise vitamin D and also give you a tan. Large amounts will cause sun burn and is likely to lead to skin melanomas and cancers. Absorbing more powerful radiation - such as gamma waves - is much more likely to cause cancers and lead to genetic mutations.
It means that the molecule will allow the radiation to pass through it without absorbing it.
Radiation damages the cells in your body, which affects organ function.
It are reducify itz overall happyness.
What do you feel when the sun light (radiation of visible wavelenght) hits your head, you feel hot right? Well, you are absorbing the radiation (energy) causing the molecules that you are made to vibrate at higher amplitude due the energy they absorbed causing you to hit up. I could use quantum mechanics to explain your question, but for now this should suffice. Naod
Because lead is a heavy element with a large atomic nucleus, it is effective at absorbing radiation; in addition, it's quite affordable (as compared to using gold, for example, which is also a heavy element).
It Is Not The Atmosphsere. :) ;(
It means that the molecule will allow the radiation to pass through it without absorbing it.
Oxygen and ozone
absorbing ultraviolet radiation
absorbing ultraviolet radiation
absorbing ultraviolet radiation
The same as for any particle absorbing electromagnetic radiation: the wavelength at which the largest amount of absorption occurs.
The ozone layer reduces incoming solar radiation by absorbing ultraviolet light.
The radiation is being totally reflected.The object is absorbing momentum from the radiation, and is experiencinga force ... being 'pushed' ... in the direction that the radiation was travelingbefore the bounce.I'm not making that up.
Radiation damages the cells in your body, which affects organ function.
"dark" implies that the object does not reflect light very well - thus it must be absorbing radiation.
The heating of the lower layer of the atmosphere from radiation absorbed by certain heat-absorbing gases is called the greenhouse effect. Water vapor and carbon dioxide are the two most important heat absorbing gases in the lower atmosphere.