I like this lecture very much It is much better than 3 hour our teacher lecture
@jess449825 күн бұрын
You are a life saviour!!!! Thank you so so so much!
@quraanniifaajiruuti2861Ай бұрын
Wha a helpful video
@ncedonqeto9107Ай бұрын
Which Textbook are you using ?
@AbelshawolАй бұрын
thank you
@malixiegiulia2 ай бұрын
could i possibly get a copy of the slides?
@AngelinaQueenDelaRea2 ай бұрын
Can you please do Chapters 13-15? :)
@johnnouneh40812 ай бұрын
anyone know another professor that goes over the book like this except for chapter 13 14 ect.
@johnchirinda23812 ай бұрын
Thank you very much Sir. Great work ❤❤
@anayvalencia41564 ай бұрын
Any chapter 2 videos ?
@ChemistryProfessor_unStoned3 ай бұрын
Of course! Please check out the rest of my videos on my channel! 😀
@janaelizabeth4 ай бұрын
In 10:34 and 12:18, why is the Na and K+ not included in the final answer? Im a bit stuck in that part, should it look like NaBr and KBr or i'm mistaken? :(
@KaiqueDiasDaSilva-h6k3 ай бұрын
i might be wrong but Na and K+ are just ions floating around, they are not formed product like the other ones
@ChemistryProfessor_unStoned3 ай бұрын
Great question! We actually don't normally include inorganic ions (that are by-products) as part of the general equation. But you are right about the Na+ and K+ (which are counterions) pairing up with Cl-.
@ChemistryProfessor_unStoned3 ай бұрын
Yes, they are floating around in solution as ions.
@gabagool4824 ай бұрын
wait so part 1 and 2 are the whole thing or is there another part
@eljohn47325 ай бұрын
May I have your notes please
@mwambakatongo33605 ай бұрын
Will you do aldehydes and ketones??
@SelamDawit-lf2ee5 ай бұрын
You are father of chemistry wow
@Mariah.-_45 ай бұрын
Can you do a video on proteins using this same textbook
@veronmumbi6 ай бұрын
This guy is good ✋🏽😂
@abdulmajeedalreyashi29736 ай бұрын
Thank you so much 🌹
@emilygnicole6 ай бұрын
In problem 12.6 at 15:51 how are b and c stereogenic if both carbons are connected to two identical CH2 bonds?
@ChemistryProfessor_unStoned6 ай бұрын
Great question! Stereochemistry in cyclic compounds is a bit tricky. If the stereogenicity of a carbon in a cyclic ring is in question, you have to look at the rest of the carbons in that ring until you see any potential difference. In part C for instance, the 4th carbon (stereogenic) has a methyl group and a H atom, which is considered that "difference". Thus, that C in question (that was involved in the double bond) must be stereogenic. If however, that 4th carbon contained 2 H atoms instead, then the 1st C wouldn't have been stereogenic. I hope that explanation was clear.
@emilygnicole6 ай бұрын
Could you please post chapter 13 and beyond for o chem 2!!
@veronmumbi6 ай бұрын
Who let this man cook ✋🏽😔
@yosefmekashaw6 ай бұрын
In amaric language
@_Khadija4566 ай бұрын
You make organic chemistry soo easy to understand, Thank you soo much
@AbacherBbwaami7 ай бұрын
Powerful and interesting lesson. It's because of you that I now understand alkyl halides better ❤❤
@ChemistryProfessor_unStoned7 ай бұрын
Glad it was helpful!
@socoriosa24237 ай бұрын
no solution for 50:59
@socoriosa24237 ай бұрын
seems like you didnt discuss problem 3.30 here
@socoriosa24237 ай бұрын
15:48 should be sp2, no?
@ChemistryProfessor_unStoned7 ай бұрын
Correct! It's in the description.
@nanekhaled63257 ай бұрын
Thank you very much prof
@robinantivar92237 ай бұрын
Thanks man, this really helped!
@mwaluka73407 ай бұрын
36:35 proffessor why does methoxy come befor methyl
@ChemistryProfessor_unStoned7 ай бұрын
We arrange them alphabetically: metho- vs methy-. The O comes first before Y, so methOxy first before methYl.
@NadeenMohammad-ki2rs7 ай бұрын
At the very end of the video at 1:05:18, why didn't the chlorine turn the alkane into an alkene? Why was it a pyridine instead of the chlorine? Thank you so much for making these videos, I would be failing orgo without them
@ChemistryProfessor_unStoned7 ай бұрын
2 reasons: [1] pyridine is more basic than the chloride ion [2] there's significantly more pyridine relative to the amount of chloride ion generated in solution
@khadijasiddiqui26418 ай бұрын
Please make a video on carbohydrate
@lajpatrai93018 ай бұрын
Looking forward to more content like this 🙏
@ChristineShahnazarian8 ай бұрын
please post chapter 13 and 14! you are so awesome!!!
@coenvore16758 ай бұрын
I was wondering if you would be willing to cover the next few chapters of the OCHEM book?
@TamieWilson-nj7yx8 ай бұрын
Thank you❤❤
@sandramunyimani82538 ай бұрын
You are a great teacher
@mariamromany98598 ай бұрын
There is no orgo 2 videos ??😢
@Duckytaro9 ай бұрын
I was wondering, do you have a website or anything where you might be uploading the pdf for all your organic chem semester 2 videos? 🤔
@MuazAhmed-cs6zw9 ай бұрын
Where vidio on aromatic?
@MuazAhmed-cs6zw9 ай бұрын
Nice
@maythamal-taie38249 ай бұрын
This is the best explanation for alkyl halide, could I get the lecture as a pdf please
@BukyaBhavyaSree9 ай бұрын
5:28 NH3 cannot be a Bronsted Acid because it can't donate a proton
@ChemistryProfessor_unStoned9 ай бұрын
Yes, it can. Any compound containing a hydrogen is capable of donating a proton, which acts as Bronted-Lowry acid. Water, alcohols, and amines are other examples.
@_Khadija4569 ай бұрын
Thank you soo much
@NadeenMohammad-ki2rs9 ай бұрын
At 16:53, I thought you only number the carbons (i.e going in a way that the second substituent is the lower number) that way if the all the substituents are the same. Since it had a butyl and 2 methyl groups wouldn’t it be numbered so it was in alphabetical order? I thought the answer was 1-butyl-3,3-dimethylcyclohexane
@muntadheralnoor83658 ай бұрын
only when there's 2 groups on the cycloalkane, then we do name them alphabetically but since there's 3 of them we give the second substituent the *lowest* number
@bluebutterfly41279 ай бұрын
can you please do videos for orgo 2? you carried me through orgo 1 and i need your help again :(
@NadeenMohammad-ki2rs9 ай бұрын
How is NH3 an acid?
@ChemistryProfessor_unStoned9 ай бұрын
Actually, it's both an acid and a base. It's an acid because NH3 has the ability to donate a hydrogen (H). If you have a strong base like, let's say OH-, NH3 will readily donate one of it's hydrogens to the OH-.
@Design2Make9 ай бұрын
we are begging you to please do the rest of chapter 12 and so on. Pleaseeeee