I believe it is due to the disruption of the surface tension of the molecules and then of course the heating of the plastic.  Any other ideas?
210271
You has the right answer
606263
Probably some of the soap vaporized and coated the outside of the water bottle. The water shouldn't be used regardless of what happened. A sealed plastic bottle would not allow soap in, and even if this is not the reason and there is some form of contamination, the soap not being responsible will not decontaminate it.
574107
It is due to the hydrogens bonding to the oxygens. Water always easily breaks up into H+ and OH-, and therefore attracts polar molecules. Also, keep in mind things dissolved into water are either polar or nonpolar, so it based on what is being dissovled into water, it can either become ionized  (break into particles that are charged) or not.
149842
as someone pointed out. it could be because of a very large angular rotation decreasing the air resistance.
104285
The type of plastic selected has a great influence on the performance of the plated plastic part. ABS plastics are the base materials in most cases.\n\nCheck out the following:
90701
The cohesive forces between liquid molecules are responsible for the phenomenon known as surface tension. The molecules at the surface do not have other like molecules on all sides of them and consequently they cohere more strongly to those directly associated with them on the surface. This forms a surface "film" which makes it more difficult to move an object through the surface than to move it when it is completely submersed. \n\n\nHot water is a better cleaning agent because the lower surface tension makes it a better "wetting agent" to get into pores and fissures rather than bridging them with surface tension. Soaps and detergents further lower the surface tension. \nThe liquid state of a material has a definite volume, but it does not have a definite shape and takes the shape of the container, unlike that of the solid state. Unlike the gas state, a liquid does not occupy the entire volume of the container if its volume is larger than the volume of the liquid.
441788
Well evaporation is some of the answer, but it largely depends on the specific reaction you are considering...some gases are more readily dissolved in liquid...temp and atmospheric pressure play a part.  You need to ask a more specific question...elements behave differently according to critical states...is not a black and white question
278898
If you mill Aluminum plates to a very fine precision, and then stack the plates together they will become difficult to dislodge from each other.  The reason is not due to suction.  It is due to covalent bonds forming between the two slabs of metal!  Hard to believe isn't it!  I thought so too, even when I got a chance to see it first hand.
510605
I think you mean that it's formed a vacuum with the plastic, in which case some of the suggestions below won't work.  You need to warm it up, then the air/solution between the lens and the case will expand, lifting it away from the case.\n\nTo do this, you could either add warm water to the case, or close the case completely and put the whole thing into very hot water.
56050
It is formed by heat pressure
593195
More intense vibratory movements from the molecules mean more thermal energy transfer to the matter which become in contact with it.  So you can burn your skin if the object you touch is really too hot!
330485
It´s not only cohesion (taht would only account for the liquid to form a film, but not tho adhere to the surface), but also ADHESION. \nCohesion is the attractant force the liquid molecules exert among each other. \nAdhesion is the attractant force the liquid molecules exert on surfaces. \nThe combination of both, causes the liquid to coat surfaces.
56008
The Climate.Pressure increases if temperature increases and volume stays the same. This is because the molecules are moving faster and colliding harder with the sides of the container. The greater the mass of air in the container, the greater the number of molecules in the container and the higher its density. The air molecules in the container collide against the sides of the container, so the more of them there are colliding against sides of the container the greater the overall force on the sides of the container. If the temperature is high enough the moisture is vapor or steam and if the moisture doesn't condense on the sides of the container then the moisture molecules are also colliding with the side of the container. On the other hand, if the air in the container is cool enough that the moisture does condense then the moisture is no longer exerting outward force on the container (or at least there's much less of it still moving around as vapor and colliding with the sides of the container).\n\nWhen you're talking about a body of water with gas (carbon dioxide) and sugar in it, like Coke, if the bottle is still closed then you have a volume of air above the soda that exerts enough force on the soda to prevent the gas from coming out of the soda at all until you open the bottle. Once the bottle is open, think about surface tension. That's the reason the carbon dioxide is released slowly when you open the bottle. If you disrupt the surface tension the gas can release all at once.
564889
simple answer: expands till you heat it enough, then it breaks apart. (The gas breaks apart at the molecular level)\n\nbetter answer:\n\nWhen you increase the temperature of a substance the molecules store the energy in different forms. Forms such as vibrations, stretches, and translational motion. As the temperature is put in the system the air will increase its molecular motions (vibrations, stretches, translations...) the air becomes hot and the molecules move much quicker due to absorbed thermal energy. If you heat it enough you will rip apart the molecules and possibly start seeing a purple plasma. You can do this easily with a high voltage teslacoil.\nIf the closing material is fragile enough you can cause a pop! \n\nAdditionally, when fluids are heated the oxygen is removed slowly thus reheating can lead to superheating.\n\nAs you heat gasses, depending on their stucture, you can begin different modes of motion and change the heat capacity.
131976
Because the bonds between the atoms are very strong, it takes a lot of energy to break them.
7433
All liquids have surface tension, which causes them to stay together (the reason behind bubbles and the reason behind bulged drops). Surface tension is caused by cohesion - attraction between like molecules. When in contact with a surface, water mollecules stick to the surface due to adhesive forces - forces between unlike mollecules. The result is than when a liquid starts to evaporate the outer rim tries to remain attached to the surface. The liquid that is lost in the rim due to evaporation is replensihed by outward flow of liquid from the inner side. The liquid carries solids along with it. When the liuid has fully evaporated it leaves the soilds behind forming the ring.
622974
If the air inside the bottle was heated first, by boiling water or even a piece of burning paer dropped inside, the air inside the bottle expands because of the heat.  As it cools, the air takes up less space and whatever object is covering the opening of the bottle is sucked in by a vacuum effect.