Consider Soap-Bubbles, Air-Bubbles, Bubbles in Sea Waves.  Please provide the math equations for the specific laws that govern the formation and behavior of bubbles.
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see\nhttp://hyperphysics.phy-astr.gsu.edu/hbase/surten2.html#c1\n\n here you can find the answer for your question with MATHEMATICAL EXPLANATIONS.
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either sound, waves or air.
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P=P(0)*exp(-1.1e-4*H)\n\nP(0) is the pressure at sea level. Note it's temperature dependent and it assumes a stable Boltzmann type distribution.
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It is not air that takes a spherical shape in water but rather the water forces it to take that shape. This is because of surface tension - the same reason why drops of water tend to be shperical. It is the state with least potential energy implying the most stable state.\nIn case of smoke in air, the same thing does not happen as neither air nor smoke does not have any surface tension (being gases, rather mixtures of gases, they are not cohesive unlike water or any liquid for that matter). The simply diffuse into each other randomly (and aided by air currents) however, smoke being a hot mixture of gases, tends to rise higher, hence the wierd upgoing patterns formed by smoke.
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Try Google or Yahoo.  You'll find worked examples there.  I think it needs diagrams to understand; they and the accompanying explanations are too complex to attempt to reproduce here.
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in reality, it is the surface tension (adherance of molecules to one another) and density of the fluid\nbecause the question does not state that the object is suspened in the fluid\n\notherwise the force acting to keep an object buoyant would need to equate and thus counteract the objects weight (which is the force of gravity pulling said object down)\n\nmass X volume = density which is a factor in determining a force acting upon the object; a force working to cause the object to disperse within the less dense fluid or conversely the fluid to compress and colapse the object\n\nSo the author of the question given is expecting the answer: weight
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Here is everything you ever wanted to know about surface tension.  Enjoy!\n\nhttp://www.answers.com/topic/surface-tension
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Can someone help me with my precalculus problem? Can you please read the following problem and figure out the?\n\nCan someone help me with my precalculus problem? Can you please read the following problem and figure out the equation for me along with how you figure this out?\n\n\nA tsunami (commonly called a “tidal wave” because of its effect is like a rapid change in tide) is a fast moving ocean wave caused by an underwater earthquake. The water first goes down from its normal level then rises at an equal distance about its normal level, and finally returns to its normal level, the period is about 15 minutes.\n\nSuppose that a tsunami with an amplitude of 10 meters approaches pier Honolulu, where the normal depth of water is 9 meters.
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1. Water (surface run-off, streams, rivers, sea currents, etc), Wind and Gravity\n2. Seas, lakes, rivers, estuaries etc\n3. Compaction.\n4. Cementation.
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Soaps are water-soluble sodium or potassium salts of fatty acids.Saponification of fats and oils is the most widely used soapmaking process.\nDetergent surfactants are made from a variety of petrochemicals (derived from petroleum) and/or oleochemicals (derived from fats and oils). \n\nCheck these links to find more information On Soaps & detergents to help your chemistry Project.
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Sounds like you are talking about an anionic surfacant(a substance that allows things to get wet) There is a very popular material that does this it is called soap.
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honestly....good luck\n\ntry www.mathworld.com\n\ndo a search for differential equations, i think that would be your best bet...but that can get confusing...good luck
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See my answer to this question in "General-Science and Mathematics."  :)
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The soap has a hydrophilic end and a hydrophobic end. In the thin film that is the soap bubble, they line up with the hydrophilic  (water loving!) end pointed towards the water layer in the middle.  That means that the hydrophobic end is pointed outwards - towards the outside of the bubble and towards the inside, with the water sandwiched in between. So it's sort of a peanut butter sandwich, with the soap like the bread on the inside and the outside of the film, and the water like the peanut butter in between!\n\nBecause the soap ends up on the surface, it protects the water from evaporation.
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My favourite theory so far is the eruption of gas bubbles in the region, whether from instable methane hydrate or other sources.\n\nThe effective density of water gets reduced when gas bubbles are pushed through it, causing ships to sink.\n\nAircraft might be affected, too. Most Bermuda Triangle mysteries are about uncommon disappearences.\n\nThis won't explain any temporal or spatial displacement stories, but proof for those is shaky, IMO.
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There is a solution used by magicians to make bubbles that are more difficult to break than ordinary bubbles.  These bubbles can be caught and bounced in your hand if you are wearing soft cotton gloves.  This type of bubble could possibly be forced into a square shape, however it would loose it's hard angles the second it was set free.  The force of pressure inside the bubble is always going to force it to expand into a more bulbish rounded shape.  So the answer is YES you can MAKE a square bubble, but it wont stay that way.
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Lots of things dissolve in water.  You need to be more specific.\n\nPaint dissolves in water.\nPowder dissolves in water.\nOxygen dissolves in water.\nEtc.\n\nNeed more info.