You can put an egg and put a baggie of salt water in a container full of Mercury at room temperature and pressure. They'll float However, if you are asking how an egg can float in salt water, that's an ENTIRELY different question. Something floats if and only if it pushes more than it's weight in water (or what ever you're trying to float something in... including air) out of the way while submerged in it. So if the egg won't float in regular water, why not? Because it does not push it's own weight in water out of the way (ie. it is MORE dense than the water). So, what can we do..... make the egg less dense, or MAKE THE WATER HEAVIER. Adding salt to the water makes it more dense (heavier per unit volume). So now the egg has to push a smaller volume of the salt water out of the way before it pushes it's own weight in water out of the way. The egg will float to a level where the same weight of water is displaced by the egg. Then when gravity tries to push the egg under more, gravity will also push the water down, which will in turn push the egg back up until the amount of water displaced weighs less than the egg. It'll kind of bob there (even microscopically) until you pull it out.
No, a raw egg can not float in salt water, but if you hard boil it will because it is denser and therefor becomes more buoyant.
Fresh raw eggs should sink in water, if they float then they have 'gone off.'
The egg will decrease in size (water will exit) if the shell is removed by some means before the egg is placed in the solution. If the shell has not been removed, however, not much will happen as the shell is basically impermeable.
Osmosis only apply to water, the word your looking for is Diffusion
It is an isotonic solution. That's why there is no change in egg.
It explodes and kills you and your family.
osmosis
salt water
No, a raw egg can not float in salt water, but if you hard boil it will because it is denser and therefor becomes more buoyant.
Because the density of the egg is lower than the density of the saltwater Because the density of the egg is lower than the density of the saltwater
Yes.
because nothing is in the egg yolk
The vinegar will disintegrate the egg shell and the salt will suck out all the water and shrivel the egg.
Yes, a raw egg will float if the salt concentration is high enough. This is possible because adding salt creates a solution with a greater density than water. As more salt is added, the density of the solution increases. At a certain point, the density of the solution becomes greater than the density of the raw egg, allowing the egg to float in the solution.*This experiment is a very good demonstration of the principle of buoyancy.
basicllay the salty water has more pressure energy which forms a pressure intense in the water so the raw eggs will not flow! THXZ
The density of an egg that I boiled was 1.02 * density of tap water. The density of a raw egg was 1.06 * the density of tap water. The mass of the egg did not change so the volume increased slightly. With a raw egg and a boiled egg covering in water, if you add salt and mix slowly you find that the boiled egg will float first and if you continue to add salt you get both to float. Interestingly, recipes for making a brine solution for food preparation frequently tell you to put a raw egg in water and add enough salt in solution to make the egg float. This assures enough salt for a good brine solution.
Raw egg only floats in water if it is spoiled if it's boiled. Boiled eggs float too, since the egg's mass is now lesser than the water's density. When you boil, it makes the volume greater & the density lesser.
Salt makes a raw egg salty.
The egg will decrease in size (water will exit) if the shell is removed by some means before the egg is placed in the solution. If the shell has not been removed, however, not much will happen as the shell is basically impermeable.