There isn't any reason why it should, since nothing has entered or exited the egg during the boiling process. The thin paper membrane just inside the shell of an egg is impervious to just about everything including bacteria, and the egg shell itself is nearly equally so. Therefore, the egg should contain the same mass, at the same volume (and therefore the same density) before and after boiling. It does nothing more than to congeal a liquid mass into a solid mass, but does not gain mass. It has also retained it shape and therefore has not incurred a change in aerodynamic, or hydrodynamic properties that might slow or speed its descent.
Raw egg have more inertia, because its axis of rotation is not passing through the CM.
you get crapet
The inertia of an egg tells you wether it is a raw egg or a boiled egg.
A raw egg is not more dense than a boiled egg.
An egg sinks if it is more dense than water.
no
An egg that isn't hard boiled would generally break if you bounced it. It's more than likely to break if it is hard boiled.
it take more than 30 min. to boil
I think it would be denser. It is more compact and bigger. Hence more dense
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.
boiled eggs bounce better than raw eggs because the raw egg has a thinner membrane than that of a boiled egg making it easier to break
a boiled egg
you get crapet
The shell of a boiled egg is the same strength as a raw egg. Since the egg has been boiled, if its shell is cracked no egg will run out, but the same force will crack the shell.