Electrophilic aromatic substitution reactions | Organic Chemistry | IIT JEE & NEET | ATP STAR Kota
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- เผยแพร่เมื่อ 12 ต.ค. 2024
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Electrophilic aromatic substitution reactions | Organic Chemistry | IIT JEE & NEET | Vineet Khatri Sir | ATP STAR Kota
#atpstarjee #organicchemistryjee #vineetkhatri
Our faculty at Aakash was a joke, he didn't even complete organic and left us hanging. I'm so thankfull you! I finally have started understanding organic and that is all because of you. .
I was part fiitjee and my chemistry teacher was like shit (sorry for appropriate word but he was that) when he was sick I beg to God please lift him up.
@@angryhooman2097 fiitjee hai hi jaathu bro humare yha teeno pcm ke faculty ne chod di coaching vo bhi ek sath
In Allen also same condition like yours .. all are fake outside
@@angryhooman2097 aur bhai kesa raha jee?
@@angryhooman2097 😂😂😂
Sir here at 12:29 u gave the example of benzene , phenol and forma benzene and order 2>3>1 but it should be 2>1>3
You are right
@@premsinghrawat1729 right
Exactly but here..12:29 me last compound me electrophile ka meta position per substitution hoga
Sahi kaha, yahi comment dekh raha tha mei
#sir seriously like ur style the way speak during this video and ur way of study style to teach people is very impressive😁😁😁😁😁😁😉😉😉😉😉😉😀😀😀😀😀😀😀
Better than my fitjee faculty they just rush everything but sir you helped a lot ...😍😍
Kaunsa branch hai Fitjee ka?
Sir can u please upload vedios for complete hydrocarbon chapter
Loved your explanation.Feeling like a classroom environment by the way you teach.So thankful to you
Are you still alive
great lecture, thankyou sir
Most welcome 👍
I've a question.....
Why m-xylene is more reactive than o-xylene towards eas??
this lecture was worth attending😍
Sir Our faculty at Vibrant, I won't say his name.... But he is a huge follower of you.... He teaches in the same order as you ..... I even have the exact same examples in my notes sir🤣
He is Baba
Kon s se name?
Nothing shameful in that. He is at least trying to teach better. There are many teachers that don't even put the effort. He is a good teacher.
@@subhashreebaisakh3731 ms Chauhan
The way of ur teaching is awesome😄😄
preparation of aromatic compound from acetylene, phenol, benzene diazonium salt, oxidation of benzene in kmno4 and k2cr2O7 ,cycloalkane by diazomethane and formation of acetylide
sir plz. make video on them as they are difficult
Sir in the last example where CHO is meta directing u wrote electrophile at orthoposition sir
sir you are the best teacher sir I will request you that can you video about how to determine reactivity of organic compound towards hydrolysis, dehydration,nucleophilic substitution, also stability of carbanion ,free radicle,also order of boiling point,which show meso form,sterioisomerism,also whether molecule polar or not ,molecule is stable or unstable ,hybridisation in organic compound,stability of tautomeric compound,nucleophilic addition,
Sir please start a series on solution for Ms Chouhan's difficult and good questions... it's a humble request and suggestion.
Sir last example mein CHO ek meta directing group hai. So in the presence of electrophile , vo kaise attack kare ga ortho position par.
sir please ek aisa video upload kijiye jisme ye btaya Jay kha sn1 kha sn2 kha e1 or kha e2 dominate hoga
Just awsm 😍
Please upload a vedio for mechanism of electrophilic aromatic substitution of aryl hallides
Thank you for your great explanation 🙏
Welcome!
Sir I m unable to understand 1 thing and that's as unstable compound should have increased the rate of reaction but here it depends on stability of carbonium ion....?
Why not you consider RDS in comparing three in last section , can we say that greater is the negative charge on benzene ring , it is easier for electrophile to attack.
A big thank you ,sir.I always go through ur videos on organic chem b4 going through my book.
Sir how to find where will electrophile attack when very big compounds are given.. Or simple we can say stability of EAS
good job very effective.
Sir in the last example benzene ki rate of reaction zyaada hota haina kyunki CHO tho withdrawing group hai
sir please IPSO attack per vidio banaiye
OLD IS GOLD
Very nice
Can you please add a video on reactivity order of eletrophile and nucleophile please
Your way of explaining is nice...but I had trouble with understanding Hindi..u could have explained in english
Behtareen🙂
Very helpful sir
Sir what is Ae Se2 rxn. And what is their reactivity order?
Sir please gate ke liye bhi video banaeye
so nice sir....
In last example how benzenal is more reacting than benzene as u said it's destabilizing c+?
Kartikey Singh same doubt bro !
as rate daepends upon rds so there is loose of aroamticity due to formatin of carbocation which means as stability of carbocation decreases then regaining ability of aromaticity faster
If u don't understand the concept then u shuld respect who explained ir well not nessarry that who explained,
understand
And one thing if u wanted that i m giviving reply in ur language then be ready okkkk
Because carbocation formed in benzanal is 3degree
Thank you so much sir 🙏🙏
Sir apne alcohol phenol ether class12 ki videos nahi dali pls vo provide kar dijiye
Sir Se2 and Se1 py b vedio bnayy..
Nicely explained....thanks ☺
sir where is part 2
Awesome explaination👌
Sir benzene may addition reaction hota hy kia nehe?
Hota h
No substitution only
Sir are these videos sufficient for iitjee?
Idkre
No
awesome
Sir u are awesome 😍
benzene + Hcl gives chlorobenze
this reaction refers as electrophilic substitution
pat isme cl- to nucleophile hai to is reaction ka naam electorophilic substitution kyu hai batao mujhe
Because substitute electrophile kr rha h. Hydrogen ko
Electron withdrawing increase rate of reaction here...not decrease.....plz correct
Why
Tq so much sir
helped me too much!!!
Perfect sir🖤
im looking for a part 2?
sir aap kon si book padhte hai....???
Thank u sir
sir which is moer stable ?benzene or substituted benzene??
helped me too much!!! 😇😇😇
Thank uh so much sir
Sir app paid b padatia ho kya yaa only utube pai heee
Check STAR batches section in our website www.atpstar.com for paid courses .
@@atpstarkota thks.......
Sir I cant find Birch Reduction on Benzene derivatives! Plz Help!
3 saal baad jaan lo
Reduction of alkyne in presence of Na/liq. NH3 gives trans product
nice
God of chemistry.....
Thanks sir 😀
Most welcome, stay connected for more such lectures 🥳 prepare your level best with the help our channel & app.
Benzen ki property show kyo nhi krte
Part 2?????
U r too good
Wow
Manish paul ka voice ki tarah sunai de raha vai.
13:36
Love ur way ***
Waw
👌👌👌👌👌👌
What u do.....i see u on many channel and live classes
Pls explain ??🙏
You r the best ......Thnks alot ..frm Pakistan
😄👍👍👍👍👍
where is part 2
😅
i really hate indian accent but thanks for ur effort
Very nice
Thanks sir
sir where is part 2
helped me too much!!! 😇😇😇
Thankyu sir