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Other than the light, heat, and UV radiation (which can be reflected by most metals) from a nuclear bomb, nothing can reflect the radiation.The various forms of nuclear radiation are absorbed not reflected:alpha radiation is completely absorbed by one ordinary sheet of paper, no metal is neededbeta radiation can be absorbed by most metals very efficientlygamma radiation is poorly absorbed and can pass through many feet of even very dense metals like lead and uraniumneutron radiation is poorly absorbed and can pass through many feet of even very dense metals like lead
They sink because they are dense.
Water because wter is more dense then air and air is in bubbles
Appropriate clothing or sunblock provide protection from ultraviolet (UV) rays when one must be out in the sun. Dense materials like lead can be used as shielding from X-rays if a sufficient thickness is in place. In any case, we don't want anyone too close to the source. We also know that dense materials can provide shielding from gamma rays, but even more must be used as gamma rays have more energy than X-rays. UV rays can be stopped more easily than the other two radiation types, but more shielding is better for protection from the latter two radiation types. Also, the less time anyone is exposed to radiation, the better.
Because the gravity is pushing the core together more so its more dense.
lead is a very dense material and can stop most radiation particles, although it is still dangerous as some gamma rays may get through.
Chemical reactions may be slowed by lowering the temperature, but unlikely to stop all together.Nuclear reactions may be stopped by interposing an appropriate screen, such as a dense material, or at least one that is dense to radiation.
Thick, dense lead deflects gamma radiations.
Because the heart is a dense structure compared to lungs, which are air filled, so it attenuates the radiation.
Sure. But the thicker and more dense the solid is, the more radiation is blocked. A nice, heavy blocker of nuclear radiation is lead.
Curling your hair is radiation, because heat travels through empty space to get to your hair. Once it's there, it will heat up the hair, making the atoms less dense and causing heat to rise off of the candle.
Alpha particles can be stopped by paper or anything equivalent. Beta rays can pass through aluminum foil but nothing stronger than that. Gamma rays are strongest, being able to pass through human body tissue, cement walls, and anything else.
Alpha is completely stopped by one sheet of paper or your outer skin layer.Beta needs several inches of material to stop it.Gamma requires tens of feet of concrete or lead to stop it.Neutrons require 10s of feet of borated concrete or a similar amount of water to stop them.
its not dense at all because its a rocky planet
Other than the light, heat, and UV radiation (which can be reflected by most metals) from a nuclear bomb, nothing can reflect the radiation.The various forms of nuclear radiation are absorbed not reflected:alpha radiation is completely absorbed by one ordinary sheet of paper, no metal is neededbeta radiation can be absorbed by most metals very efficientlygamma radiation is poorly absorbed and can pass through many feet of even very dense metals like lead and uraniumneutron radiation is poorly absorbed and can pass through many feet of even very dense metals like lead
It actually has nothing to do with density. In an uncooked egg, the amniotic fluid inside continues to spin even when you have stopped the whole egg from spinning. Hence, when you let go again, the momentum of the amniotic fluid makes the egg spin once more. Hope this helps!
Convection is a gasd or a liquid that rises because it is less dense then fals beacues it is dense, this creates a convection currentRadiation travels through time and space in waves, its everywhere in soil, water , food and in our bodiesdo u think they r the same?hope this helped xxx lol