It is also responsible for effects related to biology, including [2] the hydrophilic region contains the polar head group This structure is more highly ordered than free water molecules due to the water.
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Many nonpolar organic solvents, such as turpentine, are able to dissolve nonpolar substances.
The effect originates from the disruption of highly dynamic hydrogen bonds between molecules of liquid water
Polar chemical groups, such as oh group in methanol do not cause the hydrophobic effect However, a pure hydrocarbon molecule, for example hexane. [1][2] in other words, clathrate hydrates are. Surfactant molecules also aggregate in water as micelles with their head groups sticking out and their tails bunched together
Micelles draw oily substances into their hydrophobic cores, explaining the basic action of soaps and detergents used for personal cleanliness and for laundering clothes.
