Radioactive material is warmer than the surrounding material because radioactive material is constantly breaking down. When material breaks down, that means that energy is constantly getting released. When energy is released, it produces warmth.
Nuclear fusion produces very little waste compared to nuclear fission. The waste produced by nuclear fusion is mainly low-level radioactive material, which is easier to manage and has a shorter lifespan.
Nuclear explosions produce both immediate and delayed destructive effects. Immediate effects (blast, thermal radiation, prompt ionizing radiation) are produced and cause significant destruction within seconds or minutes of a nuclear detonation. The delayed effects (radioactive fallout and other possible environmental effects) inflict damage over an extended period ranging from hours to centuries, and can cause adverse effects in locations very distant from the site of the detonation. Further reading: http://nuclearweaponarchive.org/Nwfaq/Nfaq5.html http://en.wikipedia.org/wiki/Nuclear_fallout
When light is directed at a transparent material, such as glass or water, it passes through the material with little to no obstruction. The material may refract or bend the light, but it generally allows the light to transmit through it, making the material appear clear or see-through.
Nuclear energy produces long-lived radioactive waste. There is also a possibility of accidents that would release radioactive material into the environment. However, there is little to no greenhouse gas or smog produced by a fission plant, so (like everything else) it's a trade-off. Nuclear plants also release far less radiation when operating properly than a coal power plant does. This is because coal contains radioactive uranium and its various products xx
It takes very little plutonium to kill you if you breathe it in. Microgram amounts can cause cancer when airborne plutonium is inspired. Some will stay inside the lungs and irradiate the individual over time. Death is not immediate, but is certain. And it usually isn't a very "clean" passing - if that can be said of any form of death. As plutonium isn't metabolized well, little of it would be absorbed if it was eaten, but airborne materials are a primary hazard at manufacturing facilities where this stuff is worked.Plutonium is unstable and is radioactive. It's daughter products, those elements that result from its radioactive decay, are radioactive, too. A little bit of this super-toxic stuff in an individual's lungs will emit radiation, and will continue to do so as the daughter products decay. There are few words to describe how really nasty this stuff is.A link is provided to the Wikipedia article on plutonium.
Marble itself is not inherently radioactive, as it is primarily composed of calcium carbonate. However, certain deposits of marble may contain trace amounts of naturally occurring radioactive elements such as uranium and thorium, which can contribute to its radioactivity. It is always a good idea to check the specific source of marble if you have concerns about its radioactivity.
It depends upon the particular atom in the question. The amount of daughter material will be little less than 10 mg. It will not be 10 mg as you may expect. Some of the mass is lost as energy. This amount is too little. Yet the energy released is too much. The mass is converted into energy as per the equation of Einstein. That is E = m c 2. Here the c, means speed of light is 3,00000000 m/s. Square of c is 9 0000000000000000 . It is pretty large than you can imagine. The amount of the radioactive material will be exactly 10 mg. That is how the half life of the radioactive material is defined. As on today, there is no method to convert the entire mass into energy.
Hershey and Chase discovered that after the P-labeled phages infected the bacteria, most of the radioactive phosphorus was found in the viral DNA, while little to no radioactive sulfur (used to label protein) was found. This confirmed that genetic material, not protein, is responsible for heredity in viruses.
The first atomic bomb, "Little Boy," contained uranium-235 as its radioactive isotope.
Very little. It is a rare radioactive element
Nuclear fusion produces very little waste compared to nuclear fission. The waste produced by nuclear fusion is mainly low-level radioactive material, which is easier to manage and has a shorter lifespan.
a sponge becuase it hs tiny little holes in it and every time i wash my kids dishes its always full of water
heres a couple: is you child 3 or over and there not talking? is your child having trouble listening to others? is she/he always in their own little world? do they pay attention to their surroundings? sorry i can't do fifteenq! >:(
On this last Saturday Night Live in 2010, Radioactive and Pyro. Radioactive the first, Pyro the second.
Because it's part of the story (obviously)
Nuclear explosions produce both immediate and delayed destructive effects. Immediate effects (blast, thermal radiation, prompt ionizing radiation) are produced and cause significant destruction within seconds or minutes of a nuclear detonation. The delayed effects (radioactive fallout and other possible environmental effects) inflict damage over an extended period ranging from hours to centuries, and can cause adverse effects in locations very distant from the site of the detonation. Further reading: http://nuclearweaponarchive.org/Nwfaq/Nfaq5.html http://en.wikipedia.org/wiki/Nuclear_fallout
the space an organism occupies is called a niche the surroundings of and organism would be its habitat I hope this is what you meant by organisms surroundings? if not restate question a little more clearly