Water does not interact well with nonpolar substances because they do not have large enough dipoles to cause water to interact with them and not other water molecules. Water is said to squeeze nonpolar molecules together because of the hydrophobic effect it of nonpolar compounds.
no because,, non polar solutes can only be dissolve in non polar solvents.And water is a polar solvent.."like dissolves like"..
Cyclohexanone and benzophenone are both non-polar. Water is polar. "Like dissolves like" so non-polar substances dissovle other non-polar substances and polar substances dissolve other polar substances.
Like dissolves like meaning that a polar substance will dissolve a polar substance and nonpolar substance will dissolve other polar substances. By contrast nonpolar and polar substances will not dissolve one another.
Because water is also a polar compound. It is a great solvent, but substances that water dissolves must be either polar or charged ionic compounds, made from negatively and positively charged atoms. Polar water attracts polar molecules and ions and pushes out non-polar and non-charged substances.
Because long hydrocarbon tails cannot interact with water
polar liquids have a greater capillary action due to the adhesion and cohesion of polar substances such as water
Cyclohexanone and benzophenone are both non-polar. Water is polar. "Like dissolves like" so non-polar substances dissovle other non-polar substances and polar substances dissolve other polar substances.
When dealing with liquids, the rule of thumb is that like will dissolve like. This means that polar liquids will dissolve polar solids, and non polar liquids dissolve non polar substances. Fructose is polar, so it dissolves in water, and fats, as a non polar substance, will dissolve in kerosene.
Water is a polar substance, which means that any other polar substances will dissolve in it. The opposite is mineral turpentine which is non-polar so all non-polar substances dissolve in it.
Hydrophilic compounds are polar or ionic and this is the reason for attraction of water towards these substances.
Polar. Just think of this, oil is non polar, oil doesnt mix with water.
Because it is an intermediate polar-nonpolar solvent
Do you know the phrase " Like dissolves like "? it means that polar substances dissolve other polar substances, and non-polar substances dissolve non-polar substances. Oil is non-polar, while water is a polar substance. To help oil and water mix, molecules of a detergent have two halves- the hydrophilic half and the hydrophobic half. The hydrophilic part of the molecule is polar, which dissolves water molecules. The hydrophobic part is non-polar, so it dissolves the oil molecules. So, basically, detergent can dissolve both oil and water, mixing them effectively.
Like dissolves like meaning that a polar substance will dissolve a polar substance and nonpolar substance will dissolve other polar substances. By contrast nonpolar and polar substances will not dissolve one another.
No, sugars are polar molecules considering that they will interact and dissolve in water (which is also a polar molecule). Polar molecules will only interact with other polar molecules and vice-versa.
They are soluble in other solvents. Alkenes and alkanes are non-polar substances, which relates to the equidistant position of shared electrons in covalent bonding. Water is a polar substance because the oxygen component holds the electrons which are shared with hydrogen closer to its nucleus, and further from the hydrogen's nucleus. Polar can mix with polar substances. Non-polar can mix with non-polar substances. Non-polar can NOT mix with polar substances. Alkanes and alkenes can mix with each other, but not with water.
Because water is also a polar compound. It is a great solvent, but substances that water dissolves must be either polar or charged ionic compounds, made from negatively and positively charged atoms. Polar water attracts polar molecules and ions and pushes out non-polar and non-charged substances.
ethanol consists of the polar hydroxyl group and non-polar alkyl grouping, accounting for its solubility in both polar (water) and non-polar (petrol) substances (remember, substances with the same polarity dissolve) miss p is awesome :)