No, it is highly resistant polymer and can not be dissolved in any organic solvent.
Generally, it is soluble in HF, hydrofluoric acid.
There are many compounds that are soluble in oil but not water. These compounds include alkanes and other organic molecules that are mostly nonpolar. Even long-chain alcohols are soluble in oil but not water, though one part of the molecule is polar.
The least polar organic solvent must not have any dipole interactions. It can either have all hydrocarbons or have perfect symmetrical molecular structure that cancels out opposing electronegative forces. Hexane would be the least polar organic solvent available.
Any solute is soluble in a warmer solvent, because there is more particle motion, and and the substance is more easily pulled into solution by the solvent particles. So calcium phosphate should be more soluble in warm water.
The identity of the solvent that is used in recrystallization is very important because only if the correct solvent is used, will the product be purified and recrystallized as desired. The product, benzanilide, is soluble in hot ethanol, but not in cold ethanol. Any impurities that are expected to arise from the reaction are not soluble in hot ethanol and soluble in the cold ethanol, and thus it is the perfect solvent for the recrystallization process, as only benzanilide is soluble in it and when it is cooled only benzanilide will crystallize out, while any impurities will be left behind in the solution.
Lipids are soluble in nonpolar or organic solvents.
Generally, it is soluble in HF, hydrofluoric acid.
chlorophyll is more soluble than xanthophyll
It does not make sense to ask what solvent would be more soluble. Solutes are soluble in solvents. In any event, carbon tetrachloride is a very potent solvent of non-polar chemicals.
HDpe not soluble in any solvent at room temprture
There are many compounds that are soluble in oil but not water. These compounds include alkanes and other organic molecules that are mostly nonpolar. Even long-chain alcohols are soluble in oil but not water, though one part of the molecule is polar.
The least polar organic solvent must not have any dipole interactions. It can either have all hydrocarbons or have perfect symmetrical molecular structure that cancels out opposing electronegative forces. Hexane would be the least polar organic solvent available.
No, it won't. Organic fat is made up of lipids that are not water soluble and so can't dissolve in water.
Any solute is soluble in a warmer solvent, because there is more particle motion, and and the substance is more easily pulled into solution by the solvent particles. So calcium phosphate should be more soluble in warm water.
Alum is also soluble (less) in Methanol and Ethanol.
The identity of the solvent that is used in recrystallization is very important because only if the correct solvent is used, will the product be purified and recrystallized as desired. The product, benzanilide, is soluble in hot ethanol, but not in cold ethanol. Any impurities that are expected to arise from the reaction are not soluble in hot ethanol and soluble in the cold ethanol, and thus it is the perfect solvent for the recrystallization process, as only benzanilide is soluble in it and when it is cooled only benzanilide will crystallize out, while any impurities will be left behind in the solution.
Aniline (phenylamine) is only slightly soluble in water (3.6g/mL @ 20C). This is a volatile amine. It would be similar to trying to mix benzene with water, or any other typical household solvent/degreaser with water. You would see a separation of the liquids into layers.