Well organised video. Thanks for sharing Sir 🙂. One request sir can you make a detail viedo on basicity vs nucelophilicity. I think one of the most important but confusing topic in organic.
Thank you, Matt! It takes a lot of time to make these videos and I don't have much spare time unfortunately. I do plan to make more at some point but when exactly I'll get to alkynes, I'm not even going to speculate right now.
Based on the rules we give you, yes. Whether it's a real species and how the actual molecular orbitals are organized there, well, that's a totally different can of worms 😆
I love your work Victor 💯 keep it up.
Do you videos on aldehydes and ketones though?
Thank you!
And to answer your question--not yet! I'll be making more videos on the second semester topics next semester.
thanks a lot!!!!! this has really helped me!! wish me luck for my exam again!
You’re very welcome! Best of luck on your exam!
@@VictortheOrganicChemistryTutor thanks sir!
Well organised video.
Thanks for sharing Sir 🙂.
One request sir can you make a detail viedo on basicity vs nucelophilicity.
I think one of the most important but confusing topic in organic.
It is indeed the topic that a lot of students struggle with. And yes, I have it on my to-do list, but not for the nearest future.
@@VictortheOrganicChemistryTutor Thanks for your response sir.
Sure sir, will wait for your video ❤️
@@VictortheOrganicChemistryTutor thank you
Hi there. Love your channel, it is a hidden gem on TH-cam. Is there any chance you could do another video working more with triple bonds?
Thank you, Matt!
It takes a lot of time to make these videos and I don't have much spare time unfortunately. I do plan to make more at some point but when exactly I'll get to alkynes, I'm not even going to speculate right now.
Kindly do more on organic chemistry, chemistry of aromatic. Question and answers.
I do have another dedicated video on this topic with more worked examples + I have a live recording of a session I did on aromatic compounds.
Well organised video .
Thank you very much sir..
Hi victor,
At 16:57 you said that oxygen is sp2, but isn’t sp3 hybridized atom? Same for N in the second molecule?
Thank you!
Nope. Electron pair is delocalized in each case.
Hello Victor, at 5:20 you drew a 3D structure with the P orbitals. What are those structures called, and how do we draw them??
It doesn't have any special name. I do have a dedicated video discussing the orbital drawings though.
Thanks sir , IAM prepared for jee
Best of luck!
so a cyclobutene with the double bond at the bottom and 2 carbocations at the top would be aromatic ?
Based on the rules we give you, yes. Whether it's a real species and how the actual molecular orbitals are organized there, well, that's a totally different can of worms 😆
@@VictortheOrganicChemistryTutor thank you ! your explanation of conjugation helped me put it all together.
Is cyclobutadiene plannar? If it is, it has great angle strain.
It is and it's incredibly unstable and angular strain is the minor of its problems--it's anti-aromatic.
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We want organic 2 videos
I’ve got quite a few already…