The reactivity order pri > sec > tert applies to the reactivities of alcohols towards esterification. It has nothing to do with where the proton goes. Protonation is in rapid equilibrium; the proton can go anywhere. That's why the reaction is reversible.
"Since primary alcohols are more reactive than secondary alcohols, the hydrogen will add to the primary alcohol." Uh, what? Both of those hydroxys in the tetrahedral intermediate are on the same carbon, but if it's the ethoxy group you're talking about, that's an ether, sweetheart.
its funny that this mechanism isnt actually right :S... the amino group gets protonated too upon addition of h2so4 and thats why it precipitates when you add sodium carbonate (this removes the proton)...
The reactivity order pri > sec > tert applies to the reactivities of alcohols towards esterification. It has nothing to do with where the proton goes. Protonation is in rapid equilibrium; the proton can go anywhere. That's why the reaction is reversible.
LHCb42 7 months ago
"Since primary alcohols are more reactive than secondary alcohols, the hydrogen will add to the primary alcohol." Uh, what? Both of those hydroxys in the tetrahedral intermediate are on the same carbon, but if it's the ethoxy group you're talking about, that's an ether, sweetheart.
LHCb42 7 months ago
Word by word from lambdasyn
g3ov4n12 9 months ago
Am i dreaming or is there a sexy redheadh thats also a organic chem geek?
Will u marry me
oasisoasis21 9 months ago
its funny that this mechanism isnt actually right :S... the amino group gets protonated too upon addition of h2so4 and thats why it precipitates when you add sodium carbonate (this removes the proton)...
talljulia1 1 year ago
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SwimfanFR 1 year ago
Thank you for this video
Lassebby 1 year ago 2
you have a nice voice
winterequinox 2 years ago
@winterequinox upvoted for creepiness
OspacemarineO 1 year ago