the atmostphere
they have less energy than infrared rays
more ultraviolet light is able to reach Earth's surface. (:
Since stratospheric ozone is produced by solar UV radiation, one might expect to … Consequently, unabsorbed and dangerous ultraviolet-B radiation is able to reach the Earth's surface .
water table
The deepest scientist have been able to study earths interior depth is 12,262 meters
You would need to be in a suit that was able to withstand a Vacuum and some seriously low tempereatures, but you could stand on its surface. The surface gravity is low, since the overall mass of the planet is quite small, less than 10% of the Earths gravity.
more ultraviolet light is able to reach Earth's surface. (:
Since stratospheric ozone is produced by solar UV radiation, one might expect to … Consequently, unabsorbed and dangerous ultraviolet-B radiation is able to reach the Earth's surface .
Then all ultraviolet radiation would reach the surface. This would be very harmful to all forms of life, including humans. Humans and most other life would likely not be able to survive.
Since stratospheric ozone is produced by solar UV radiation, one might expect to … Consequently, unabsorbed and dangerous ultraviolet-B radiation is able to reach the Earth's surface .
Apparently it does, since we're able to see the sun and get around without flashlights in the daytime.
I am sure that if you think about the problems encountered by climbers on Mount Everest you might be able to answer that yourself. Near the Earth's surface.
I am sure that if you think about the problems encountered by climbers on Mount Everest you might be able to answer that yourself. Near the Earth's surface.
So that they are able to make decisions about how groundwater can be used without damaging this valuable resource
This is the ozone layer, which is spread out through parts of the stratosphere. It protects the surface from ultraviolet radiation, though some still passes through. Without it, life would not be able to exist as it does now.
The surface composition of Venus is believed to be similar to Earths, largely silicon based rock. Its difficult to say exactly what the surface is as space craft cannot survive long enough on its surface to be able to analyse and send back detailed information.
Ultraviolet sanitizers only help kill off organisms on the surface of the food where they can be exposed to the ultraviolet light. Since many types of organisms that cause food poisoning are mixed into or are on the side of the food away from the light, the ultraviolet light cannot reach them and they remain intact and able to cause their nasty effects. Gamma radiation, which, like ultraviolet light is a form of electromagnetic radiation, can penetrate food and kill even organisms that are deep inside. As a result, irradiation with gamma rays is sometimes used to sanitize/sterilize food. Since ultraviolet light can kill those organisms that it can shine on, it is still useful for providing a more sanitary environment than one without it. It can sanitize surfaces where food is placed so that the food will not pick up germs, parasites, etc. from the surface. It won't totally prevent food poisoning, but it can lower the risk some.
Yes you would because the sand would suck you in until you can no longer reach the surface. Therefore you wouldn't be able to breath