The answer will depend on what they are.
maybe cuz of ultraviolet radiation (mars)
No. Even the "coldest" parts of the sun are heated to thousands of degrees and subjected to intense radiation. Nothing could live there.
no a person could not survive on uranus
Bu no
If the sun's radiation could not travel through space, then the Earth would be a cold, dark, frozen rock, and nothing would have ever happened on it.
Too much radiation from the sun can permanently damage your skin and could cause skin cancer.
Exposure to radiation, or it is turning into a Zombie cat.
maybe cuz of ultraviolet radiation (mars)
No. Even the "coldest" parts of the sun are heated to thousands of degrees and subjected to intense radiation. Nothing could live there.
Being exposed to nuclear energy could do many things depending on how much exposure Burns Radiation Poisioning Cancers Defects Death
it will cause severe skin cancer, lung damage, asthma and skin burns. it will also cause pregnancy disasters!!
No. Asbestos is related to Mesothelioma (a cancer of the lining of the chest cavity around the lungs) and to lung cancer. It is not connected to and does not predispose to melanoma. Melanoma is caused by skin exposure to ultraviolet radiation, among other things.
Suppose the amount of radiation that could be received from a microwave oven varies inversely as the square of the distance from it. How many feet away must you stand to reduce your potential radiation exposure to the amount you could receive standing 1 foot away?
Human cells start to die at 106 Fahrenheit although the body may survive at higher temperatures. Short exposure up to 131 Fahrenheit is possible as long as dehydration is avoided
Some of the elements in your body are naturally radioactive. e.g. potassium, some carbon, etc. You get a larger exposure to radiation from the decay of potassium in your body, than you will from a smoke detector based upon radioactive americium.
That depends on how close you are to ground zero, the name given in the 1940s to the position of the bomb when it detonates. It can kill by instantly vaporizing a person. It can severely burn someone, causing him to either die instantly, die after a period of suffering, or survive the burns and start recovering from them, only to suffer and die anyway from radiation sickness. Someone who is not close enough to get burnt could be killed by the pressure wave, either directly or by causing something to fall on him, like a building. Someone who is miles away but looking in the direction of the bomb when it detonates could be permanently blinded by the intense flash of light that occurs at detonation. Even miles away from ground zero someone could be bombarded with gamma radiation and not know it right away, but then die a slow painful death from radiation sickness. The cloud of radioactive fallout could be carried far away by the winds, causing people to die of radiation sickness many, many miles from ground zero. If someone's exposure to gamma radiation is minimal, it is possible to receive a survivable dose, although many survivors can end up having children with severe birth defects years later.
A number of problems may arise due to long exposure to ultraviolet radiations. Some of them are eye cataract and skin cancer.