Oil and water do not mix regardless of whether they are heated or not. Oil is less dense than water and has different polarities, causing them to remain separate and not form a homogeneous mixture. Heating them might change their viscosities but will not make them mix.
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The water at WhiteWater World in Australia is not heated. The park uses a mix of heated and unheated pools and rides for guests to enjoy.
Water and oil does not mix because water is molecule and oil is made of hydrocarbon chains. Only molecule substances can mix with molecule solutes.
Water is a liquid that does not mix with oil due to differences in polarity and molecular structure. The molecules in water are polar, while the molecules in oil are nonpolar, causing them to repel each other rather than mix.
Oil doesn't mix well with water because they are immiscible liquids. Oil is non-polar, while water is polar. The differing polarities cause them to repel one another, making it difficult for them to mix.
Oil does not mix with water due to differences in their molecular structures. Oil molecules are non-polar, meaning they do not have a charge, while water molecules are polar and have a positive and negative end. This difference in polarity prevents oil from mixing with water.