Many were exposed (I was while a child). The exact effects depend on dose rate and period of exposure. Low exposures produce negligible effects. Medium exposures can produce radiation sickness, but the subject recovers without treatment. Exposures near the LD50 level will produce about 50% death, unless intensive medical treatments are given. Very high exposure produce 100% deaths within minutes.
If dose rates are very low, surprisingly high total doses can be received over long periods with no obvious effects.
It is believed that even at very low dose rates (even below natural background, which has always been there), a rise in cancer frequency will be observed. However proving this is difficult.
Yes. Both nuclear radiation and electromagnetic radiation such as light can happen in a vacuum.
It can do if living organisms are exposed to too much radiation, but plants are designed and operated carefully so this does not happen, except in very rare accidents such as at Chernobyl
A protein may become denatured when exposed to intense heat or radiation. When a protein becomes denatured, its basic structure is damaged enough that it is no longer able to function.
If a nuclear bomb hit, it would cause catastrophic damage and death to the surrounding area. The bomb sends out a fire ball that destroys buildings and everything in its pathway. It also sends out radiation in the form of gamma rays that is harmful to everything around it. It is unsure the exact damage, because each individual could be exposed to different amounts.
If a nuclear bomb hit, it would cause catastrophic damage and death to the surrounding area. The bomb sends out a fire ball that destroys buildings and everything in its pathway. It also sends out radiation in the form of gamma rays that is harmful to everything around it. It is unsure the exact damage, because each individual could be exposed to different amounts.
Yes. Both nuclear radiation and electromagnetic radiation such as light can happen in a vacuum.
It can do if living organisms are exposed to too much radiation, but plants are designed and operated carefully so this does not happen, except in very rare accidents such as at Chernobyl
if you get too much radiation you will die, simple as that.
It could release radiation.
It stops it because radiation causes the DNA to take on a conformation, or form, that cannot be replicated by polymerase.
A protein may become denatured when exposed to intense heat or radiation. When a protein becomes denatured, its basic structure is damaged enough that it is no longer able to function.
it depends of the type of box and also how much radiation would be put so with the info u provideed it is un-sure
The likelihood of the 50 workers that stayed is they will die from radiation exposure.
Well, you don't let them near nuclear reactors, but, if it did happen, they would probably die of radiation. Anyway, not many animals are near nuclear reactors.
If the radiation from Japan reached Taiwan, the radiation problem would have to be very bad. If it did reach you, you should stay inside and keep the windows shut. Even if the radiation got through all that, you would get cancer.
If a nuclear bomb hit, it would cause catastrophic damage and death to the surrounding area. The bomb sends out a fire ball that destroys buildings and everything in its pathway. It also sends out radiation in the form of gamma rays that is harmful to everything around it. It is unsure the exact damage, because each individual could be exposed to different amounts.
If a nuclear bomb hit, it would cause catastrophic damage and death to the surrounding area. The bomb sends out a fire ball that destroys buildings and everything in its pathway. It also sends out radiation in the form of gamma rays that is harmful to everything around it. It is unsure the exact damage, because each individual could be exposed to different amounts.