- Joined
- Jun 23, 2009
- Messages
- 149
- Reaction score
- 0
Destroyer says yes. Top score says no. Which is it?
It's a bit complicated in case of ethers. Ethers have lone pair of electrons on their oxygen, which allows them to establish hydrogen bonding with water molecules. Therefore, as long as these lone pairs are sufficiently exposed, ethers are water soluble. This exposure is maximum in case of cyclic ethers, and minimal in case of aliphatic (non-cyclic ethers). Therefore, cyclic ethers tend to be water soluble; whereas, aliphatic ethers are either not soluble at all or have minimal solubility (Aliphatic ethers with up to 3-4 carbons are water soluble to some extent).
So, really, the solubility of ethers in water depends on the kind of the ether that we're interested in.
i used the MCAT o-chem book by kaplan and in there it said Ethers are aprotic solvents. So i would say they are not miscible in water since they wont be able to make H-bonds.
and on similiar note they said alcohols are protic solvents and therefore they should be able to make H-bonds and dissolve in water easily, which everyone knew they do.
ethers can make hydrogen bond in water, it has lone pairs!
Where did you come up with that?!!
Ethers DO NOT form hydrogen bonds. It takes more than just having lone pairs of electrons for a compound to establish hydrogen bonds?
aprotic solvents simply mean that the solvent does not have hydrogen for solvation.