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what you do is an experiment. get a bowl with 3 cups of normal water. then get another bowl with 3 cups of salt water. then get some items to test it with. after you tried an item clean it and dry it. do the test more than once
Humans, Wood. Ships Boats Dogs. Anything that has a density of less than 1 g/cm^3
Ice actually is denser than water. Like anything less denser than water, ice actually does float on water. The density of ice is 920 kg m-3 whereas the maximum density of water is 1000 kg m-3.
There may be more but 3 simple methods. 1/ Using Evaporation. Boil the water until is evaporates. The water will change its state from a liquid to a gas. The water molecules will the "float" in the air until they condensate. 2/Using Pressure Fill a spray bottle with water, (something like a kitchen household cleaner container) and pull the trigger, the mist which is expelled under pressure will create small water particles that will float, albeit for just a moment, in the air. 3/Use an opposing force Fill a balloon with water, tie it off securely. Fill more balloons with helium ( the amount of helium balloons needed will depend on the amount of water you have filled into the 1st) tie them altogether and hey presto, floating water.
This is only possible for very small objects, like a needle, if you carefully place it on the water surface. It can float due to something called "surface tension". The water acts as if it had a thin surface layer that has to be "broken". This is simply related to the attraction of the water molecules among themselves.This is only possible for very small objects, like a needle, if you carefully place it on the water surface. It can float due to something called "surface tension". The water acts as if it had a thin surface layer that has to be "broken". This is simply related to the attraction of the water molecules among themselves.This is only possible for very small objects, like a needle, if you carefully place it on the water surface. It can float due to something called "surface tension". The water acts as if it had a thin surface layer that has to be "broken". This is simply related to the attraction of the water molecules among themselves.This is only possible for very small objects, like a needle, if you carefully place it on the water surface. It can float due to something called "surface tension". The water acts as if it had a thin surface layer that has to be "broken". This is simply related to the attraction of the water molecules among themselves.
Sigh... If the package had air in it, yes. If not, no.
Three Musketeers is the candy bar with a trio.
The 3 Musketeers Bar was first introduced in 1932 by the M & M - Mars Company.
The 3 Musketeer chocolate bar will float.
A 3 musketeers is a chocolate bar with a center made of nougat and whipped chocolate.
He made the 3 musketeers in honor of his brothers.
It was named after the famous 3 Musketeer characters, and originally came in 3 flavors (one for each of them).
There are 260 calories in one whole regular sized (2.13 oz) 3 Musketeers bar
3 musketeers
1932
3 MUSKETEERS® Bar was originally designed with three pieces and three flavors: vanilla, chocolate, and strawberry.
3 Musketeers.