Inductive Effect

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[@AKLECTURES]

Hah! Thank you for the kind words and your support! I am happy to hear that the video helped!

[@MsCubism]

Thanks a lot!!! I now understand why both resonance and inductive effect play a great role in molecule stability!!!

[@maryanitha8729]

U r really great.i am a school student .even my chemistry teacher doesn't teaches like u. HATS OFF...

[@AKLECTURES]

Bobby, No, it does not disappear. I just did not go on to show the next step because that was not the point. I was trying to show the inductive effect instead of focusing on the full mechanism of the reaction.

[@eleni-annakorakas5080]

Just when I had lost hope in understanding the inductive effect I found this video! My orgo book describes this concept in the most terrible paragraph ever written by a human being. Thank you, thank you and thank you again! Great video!

[@Vanessa-zi4og]

Just a starting in the topic of Organic Chemistry. Finally something which i can understand fully! Really, the notes that my teacher provided does not help at all. With just an 8 minute video, it cleared all my doubts. Thank you very much! :D

[@NyleHamidi]

Wow. Thanks! I've seen your videos before, but this is a concept I would imagine to be difficult to explain. But some how you did it beautifully and clearly.

[@AKLECTURES]

i hear ya buddy! eventually the examples will come! kind of tied up with physics and other stuff!

[@zeyingwong9381]

Thank you. Your explanations are very clear and straight to the point!

[@AKLECTURES]

***** Thanks! Happy to hear it :)

[@AKLECTURES]

thanks! I would appreciate that!

[@faiyazmahmudnirob5002]

You could have discussed Markovnikov's rule too.

[@sad20yrold]

I couldn't get what you said about Resonance. Can you make a video explaining resonance?

[@SCREAMINGH00KER]

This is really good stuff, thanks for the videos.

[@charlesmiller90]

great stuff man, keep it up, Im definitely recommending your videos

[@xdghoka]

Thanks for making this, this is extremely helpful. I'm showing this to every coleague of mine in college, it really comes in handy!

[@AKLECTURES]

You're welcome Ana! Thanks for the support, that would be really great! :)

[@medhamanisharma6871]

THANK YOU SO MUCH! Your videos are just amazing!!

[@mahadawood7958]

sir.your great lectures inspired me alot.now i am going to tell about your lectures t my friends.

[@caitdeal8645]

Thanks so much! You helped so much!

[@training.simon1995]

Damn, I was looking for some good video and I found just a few people, who dont know how to talk normally. Now I found you and even Im from Czech Republic and I'm not even some master in English.. I got the point. Thank you very much, now mesomeric effect to go :)

[@AKLECTURES]

Simon Konewka Thats awesome Simon! thanks for the positive feedback! hope my lectures continue bringing you some clarification :) cheers!

[@KTwarrior5]

this video answered my question in the first minute :D thanks

[@swegattyswooty9307]

don't forget hyperconjugation it is more considered in stability

[@SahilChaturvedi]

Thank you SO MUCH!

[@TheSumicool]

Oh My God.....!!!!! Epic vdo how cn it go un noticed.......wait i will arrange a few more subscribers for this heavenly work.....!!!!!!!

[@arifaashraf3184]

Thanks buddy ❤️💯it really helped me to clarify my doubts

[@prakharlondhe3876]

It was brilliant :D

[@nataashakhattar5063]

Sir but won't intermediate A be more stable than intermediate B as in A the electron density on Ch2 group is increased by Br thereby increasing the electron cloud over the carbocation thus stabilising it due to inductive effect?

[@fay407]

You are amazing!

[@sahilsheikh1276]

is inductive effect applicable only to saturated chain of atoms

[@wafaah7903]

perfect explanation

[@erinvasquez8685]

i love your videos! this helped me so much

[@AKLECTURES]

+Erin Vasquez Thanks Erin! glad to hear it

[@tajmuhammedbaloch8918]

noce

[@rassimsimou1594]

Good

[@hmhfj97]

Your explantions are top notch!!! +1 subscriber

[@AKLECTURES]

thank you!

[@chakshuk]

Nice video sir keep it up!

[@Melissa-gp7vv]

Thank you professor

[@JamilVugarAghasi]

Hello ! I would like to take and translate these videos to my native language . Can you let me for doing this ?

[@AKLECTURES]

Yes! I made the translation option available so you can do it.

[@JamilVugarAghasi]

AK LECTURES Thank you so much , it will be so helpful for me and my friends 😊

[@lamiasaadi5294]

Hey ^^ I have a question : if we have 2 groups NO2 and SO3H how can we compare their inductif effect?!! like if they are linked how can we know which one has a +I and which one has a -I ?

[@sahibnoor_]

Miia Saadi See if the atom of the functional group attached to the carbon atom is more electronegative as compared to carbon, the carbon will gain a delta positive charge, while the attached atom will gain a delta negative charge. This group is known as -I group or electron withdrawing group. (-I effect). If the atom attached is less electronegative as compared to the carbon atom, the carbon atom will withdraw the charge from the attached atom and gain a delta negative charge, while the attached atom will gain a delta positive charge. This group is known as +I group or electron donating group. (+I effect). Here, both "N" and "S" are more electronegative as compared to carbon atom. Hence, both of them are -I groups, showing -I effect. I hope it helps you.

[@benzer2709]

Thank you for the amazing vidoes

[@AKLECTURES]

Ben Zerai You're welcome Ben! Thanks for watching :)

[@nickcanales4370]

thanks prof. for this great explication. what about mesomeric effect???

[@AKLECTURES]

You're welcome! Eventually I will get to that. Right now I am working on physics.

[@ahmedokay7932]

thank you very much

[@rodasyilma8321]

Noooo Why the moustache whyyyyyyyyyyy Anyways thank u a lot

[@jitendraraghav6258]

Sir, what is a charge? 😂😂😂😂

[@sschannel4734]

Wow that's old

[@Peppersfuckingrule]

Are you single

[@tehone8150]

+Martian_Buster lmao!