Sugar has O-H bonds which are polar - they've got little plus and minus ends of electric charge. That means that sugar molecules like to stick together in crystals unless something more attractive comes along. Oil is, in general, not polar. So it doesn't really offer a "reason" for the sugar molecules to leave the crystal and spread out.
YES..by vegetable oil or any ordinary oil..^^
To separate vegetable oil from sugar, you can try placing the mixture in the freezer. The oil will solidify and can be lifted off or broken apart from the sugar. Another method is to use a solvent like ethanol, which can dissolve the sugar while leaving the oil behind.
Sugar has been shown to dissolve better in distilled water than in tap water because of the pH levels. Although, sugar also dissolves in vegetable oil.
no
no it can not
since its non-polar and "like dissolves like" it will take a long time, the amount of time, not sure.
Petroleum ether is a nonpolar solvent, while vegetable oil is a nonpolar substance. Since like dissolves like, petroleum ether should be able to dissolve in vegetable oil to some extent.
Sugar does not dissolve well in oil because it is polar, while oil is non-polar. This lack of compatibility means that sugar will generally remain undissolved in oil, regardless of the time given. If you mix sugar and oil, the sugar will likely settle at the bottom rather than dissolving. Therefore, there is no specific time frame for sugar to dissolve in oil, as it typically does not happen.
insoluble
Ammonia dissolves better in motor oil than in vegetable oil because motor oil is more immiscible than vegetable oil. Also, motor oil molecules are more non-polar than vegetable oil.
grease
no it wont because i said so!!!!!