carbocations can be stabilized by bonding to a neighboring Br (also works with Cl, but less favorable) Halohydrins. addition of halogens in water adds X and OH to the pi bond water is the nucleophile that adds anti to X Oxymercuration. addition of Hg(OAc)2 followed by NaBH4 adds H and OH follows Markovnikov Rule, but no rearrangements
The electron pair will draw that hydrogen and form a hydrogen bond (not technically a bond, just a strong force between the two, but that's beside the point). This is also why water is so unique, it has the ability to form multiple hydrogen bonds that give it insane properties, but I can tell you all about that in another comment if you're ...
I figured out the answer. If there is a lone pair of electrons belonging to nitrogen, oxygen, or fluorine, then it is possible to bond to water. Therefore, it is can accept a hydrogen. If there is a hydrogen bonded to one of the three elements listed above, then it able to donate.
Hydrogen bond Hydrogen is a special element. Because it is really just a proton, it turns out that it can form a special type intermolecular interaction called the hydrogen bond. If the hydrogen in a moleucle is bonded to a highly electronegative atom in the second row only (N, O, or F), a hydrogen bond will be formed.
“Addition of hydrogen chloride to an alkene can give two products. The hydrogen of the hydrogen chloride mainly attaches to the carbon atom of the double bond which already has the most hydrogen attached to it”. (a) Draw the full structural formula for the major product formed when hydrogen. chloride reacts with propene.
Solved: Taking H2O and CH3CH2OH as examples. why h2o can form two hydrogen bond per molecule but CH3CH2OH only one.As both of them also has two...
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