4:22 Dr Moore says that the first step is an oxidation at carbon 3. Is this a mistake? To my eyes, the oxidation would occur at carbon 2. This would induce the alpha carbon’s hydrogen to be acidic. This leads the way for elimination of a hydrogen and phosphate and formation of a double bond between carbons 3 and 4.
@Gennylove7698 күн бұрын
Ur video is very confusing to me fr.
@cyclicozone20729 күн бұрын
Please never take these videos down. They are incredible!!!
@johnbrima318210 күн бұрын
tnx you
@lorenzodebiasirobles304811 күн бұрын
thanks for the video! Saludos desde Argentina!
@mevansthechemist11 күн бұрын
Gracias! Best of luck in the Copa final! 😁
@kathysanchez947513 күн бұрын
Thank you so much!! 🧪⚛️ Watching from Ecuador. I'm a spanish speaker, but this explanation was better than in my language 🥹
@nouranmohammedjasim942820 күн бұрын
Great job ♥️ thank you ♥️
@tomokochii20 күн бұрын
this is so confusing goooood
@userr_aa25 күн бұрын
Thank u sir.. crystal clear
@pakstah463129 күн бұрын
Thank you for the video it helped me alot
@marysomethinggreek6880Ай бұрын
hello, I have a question. Do we have flow of electrons if we use voltage meter with very high resistance? i’m guessing with such high resistance there is no anode or cathode and we have an open circuit so there are no reactions occurring. if i’m wrong please correct me thank you
@mevansthechemistАй бұрын
Voltage meters do use very little current, although the flow of a non-zero amount of charge is necessary to make the measurement. The voltage meter can only “sense” the higher-energy electrode when some charge moves. This does cause a voltage drop, but it’s a very tiny one that the meter can correct for. We use the terms “cathode” and “anode” generally to refer to the short-circuit or load situation, when the galvanic cell is acting as a battery to power something.
@Flamadiddle2Ай бұрын
What level is needed to kill a plant? would one drop placed on a leaf kill the entire plant? Would accidentally spraying a small section of emerald arborvitae kill the tree?
@thomasbeckett1245Ай бұрын
The blocking of similar pathways, in people or plants! A wonderful example of how important this is! Particularly for Parkinson’s,and many similar diseases.
@ErinBoweyАй бұрын
Really great explanation! Perfect refresher, thanks!
@FiggitClipsАй бұрын
no body cares about your favourite reaction little bro 3:26
@irian455Ай бұрын
What if you would have a bifunctional initiator to induce anionic chain growth of bifunctional epoxides? Now the chain grows from 2 sides and can also connect to other growing chains, would this be considered as step growth?
@joshux3210Ай бұрын
Exactly what I wanted to know. Thanks
@FatimaSayes-en5bcАй бұрын
Finally i understood.
@debbiebutchpequena3335Ай бұрын
Thank you for this 🧡
@hadeelmassarwa3561Ай бұрын
Thank you so much
@senamilefanele6525Ай бұрын
best video sir
@cyancat8933Ай бұрын
My lecturer had an example of steric hindrance that could be overcome by a strong enough nucleophile. I thought it was because nucleophilicity had something to do with the thermodynamics and therefore the high energy scenario that steric hindrance is could be overcome if the nucleophile just made it thermodynamically favorable enough. If nucleophilicity is purely kinetics, that theory goes out the window. If you by chance had any time to enlighten me on the situation, I would of course be very grateful, but I understand if you dont have the time. (:
@Everson_studiesАй бұрын
Thanks.
@Everson_studiesАй бұрын
Niceeee!
@Everson_studiesАй бұрын
Good video.
@Everson_studiesАй бұрын
Thanks.
@Everson_studiesАй бұрын
Great Video.
@Everson_studiesАй бұрын
Nice.
@Everson_studies2 ай бұрын
Great video.
@Everson_studies2 ай бұрын
Thank you, professor.
@Everson_studies2 ай бұрын
Thank you very much, sir. I am an incoming international PhD student at NU, and I am certain that these videos will help. God bless you.
@Amazon_River6772 ай бұрын
though i would use a match
@Amazon_River6772 ай бұрын
noice i can understand everything
@Simran-jd4wi2 ай бұрын
Thank you so much ❤ Finally after years i can understand organic chem so well 🎉❤️🧿
@sarahbardan62482 ай бұрын
That was really helpful !🫶🏻
@mevansthechemist2 ай бұрын
Thanks for watching!
@quinnpuffer79012 ай бұрын
Super great video, thank you!
@user-gi8xi6gl2q2 ай бұрын
Thanks Michael. ❤
@bagel29062 ай бұрын
FOR FREE??? OMG
@Zul_qar_nayn_2 ай бұрын
Which software do you use sir
@fernando_bgtt41742 ай бұрын
ty very much
@krushnamali61832 ай бұрын
thanks
@jyotichatla10783 ай бұрын
In case of ortho/para directors which one is major product
@mevansthechemist2 ай бұрын
In most cases, as a rule, the para product dominates for steric reasons. There are exceptions involving directing-group effects or other subtleties, but as a rule, the para product forms in higher yield.
@user-dc3rr3gu8h3 ай бұрын
Hi Michael, can this LabQuest2 be used for the Vernier Melting Point apparatus? I was told that the Melting Point apparatus can work with any Vernier data acquisition.
@Katianakith3 ай бұрын
tysm!!! Needed this for a lab question. Every other source did base-catalyzed. Life saver!
@mevansthechemist2 ай бұрын
Acid often works just fine; a lot of textbooks gloss over this, too! Glad it was helpful and thanks for watching!
@ketakijoshi36933 ай бұрын
Wonderful video sir, cleared up everything better than my teacher!
@yijun1113 ай бұрын
👍👍👍👍👍👍👍👍👍
@sanghyunhwang12973 ай бұрын
Amazing
@SmilingGolfCart-sp7ls3 ай бұрын
after a month, I'm free from having to study all these bull sh*ts
@SiliconChemist3 ай бұрын
This helped me understand my data! Thank you so much!