No. Cell phone radiation is radio waves in the Megahertz and Gigahertz frequencies. This does not break up molecules in your body. Cell phone radiation is harmless. Solar radiation is infra red, visible light and ultraviolet light which can burn you and break up molecules on your skin, and also particle radiation which can break up molecules deep in your body.
Yes.
The radiation that are absorbed are not all useful. Only the harmful ones are.
The ozone layer protects us from the radiation of sun. This radiation is called ultraviolet radiation and is very harmful.
The ozone layer.
UV-A contains the least radiation (or energy) and is therefore, the least harmful. UV-C contains the most amount of energy and is the most harmful.
Yes, if you get to much sun. The sunshine has radiation and if you get alot of it you can get skin cancer.
This is disputable, but some people claim that the radiation from cell phones is harmful to your brain.
Phone radiation can be harmful to humans. It is harmful when the person is on the phone a lot.
Gamma radiation.
Yes, radiation of any frequency can be harmful when it is intense enough.
MacBook Pros do not emit any harmful radiation.
Cherenkov radiation is seem by the naked eye is a bright blue it is not considered to be harmful. The Cherenkov radiation is generating from electromagnetic radiation that comes from the speedo of particles traveling.
Cerenkov radiation is also spelled as Cherenkov is an electromagnetic radiation that comes for particles as they travel at speeds greater that the speed of light. The radiation if seen is often blue and is not harmful.
Radiation generally describes non harmful waves such as radio waves and light wave while nuclear radiation usually describes emission of harmful gamma rays.
No, because the radiation cannot see with our naked eyes.
Not al radiation is harmful. There would be no life on earth if the radiation, which we call sunlight, did not exist.
Radio waves are harmful to people because they give off radiation. Radiation is known to cause cancer in humans.