Trick To Find Electron Withdrawing And Electron Donating Groups || EWG And EDG

In this video a very short cut trick to find electron withdrawing and electron donating groups is explained. This video will be very helpful for chemistry students, neet and iit jee aspirants.
#neet#chemistry_tricks#iit_jee
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[@aakashverma552]

Phenol and Toluene both are EDG

[@satishsolanki7691]

Keshe bta do plzzzz

[@satishsolanki7691]

???????

[@sukhbirsheokand2709]

Kuki phenol me o atom more elctro-ive h H se islia EDG hoga

[@cutiepieanushka2502]

Phenol and toluene has EDG

[@rafstatus8961]

Phenol and Toluene both show EDG as well as Ortho para directing and +I effect 👍🔥.

[@iuseroms1555]

Kal exaam hai kal likhna aapp copy me ✌️

[@suranjitdas4949]

Phenol is electron withdrawing group

[@Vishal-kr1yc]

Comment peut-on identifier s'il s'agit d'EWG ou d'EDG s'il n'y a pas de cycle benzénique ?

[@sohailakhtar6596]

Splendid explanation 😍

[@jadduthug2113]

Broooo
I have no words to describe how helpful this is
Just loved it man
I searched everything on google , on quora , on yt but didnt get perfect & in depth explanation of this
& u cleared all of my doubts thx thx a lot dude
More subs to u ❤

[@Kishorkumar-cx5gg]

Phenol mein diarect oxigen juda hai jo x ko represent karta hai aur oxigen se hydrogen juda hai jo y ko represent karta hai to dono mein oxigen ki electronegativity Jada hai jiske karan wo EDG hoga

[@rkstatus4687]

Phenol - EDG and Toluene also - EDG

[@princeprince3376]

Wrong h

[@sakshiiii3678]

Wow..THANKUUU FOR THIS AWESOME TRICK SIR.MJA AA 😍😍🥰🔥🔥🔥🔥🔥🥳🥳🥳 AB TO EASY HO GYA EWG AND EDG BTANA...BENZENE AND TOLUENE DONO EDG HAI

[@vishvajeetkumar6854]

You save my life sir🙏🙏🙏🙏

[@Lord_07_BIT.]

Thankyou sir you easily explained the topic

[@rahulshinde535]

Thank You so Much Sir
Apko nahi pta aapne kitna bada Tension Dur kar diya mere Sir se 😍🥰🥰❤❤

[@sachalsachal2136]

Thank you so much sir you are the best teacher in the world ❤❤

[@A.Athoughts]

thank ypu so much sir,you have made it so so so easy for us.

[@HemantKumar-zp2yc]

Thanks a lot for such a great video 🙂

[@rajnimalik420]

Both the aromatic compounds given above were EDG.

[@srabankumarpanda3306]

No.Both are EWG

[@nishchal_yt7750]

@@srabankumarpanda3306 yes you are right

[@rot1383]

@@srabankumarpanda3306 phenol is edg by +m effect and toulene is edg by +i effect

[@Kishorkumar-cx5gg]

Aur Toluene mein bhi hoga
Jisse carbonon atom par dhanatmak charg aa jayega aur wo carbocation show karega

[@pratikshatomar717]

Phenol and toluene both have a lone pair on oxygen and ch3 which is completely localised over the benzene ring .
That's why they are also basic .
Phenol is more basic than toluene due to OH-
Both are EDG.

[@Izazulllah]

Toluene electron donating and phenol also electron donating

[@Sumitkumar-lz1wv]

Both are EDG because E.N of o is more than H in phenol and E.N of c is more in toulene

[@SanjayKumar-py7gw]

Both have edg group .

[@Shaikhsaif748]

Bahut help hua hai iss video se thanks for the trick it's actually right

[@rajnimalik420]

Nice trick to learn I have found it really amazing sir👍

[@sujaylunawatSL37]

But chlorine in chloro benzene is electron, which should be electron withdrawing group but it's also ortho para directing

[@godisgreat5615]

good method i understand with successfully,THANKR BRO,

[@kiranbisht1664]

Electonegative h ye kese pta chlega

[@thakurshahab8851]

Flourine, oxygen, nitrogen, chlorine, bromine and iodine are electronegative elements.

[@komalgalande4234]

Thank you for explanation

[@chrisevans3923]

I Swear to god the way u cleared my Dounb i m able to solve all Jee mains Pyq because of ur help now of chapter GOC

[@naseembaloch7010]

Thanks a million honourable sir
Amazing concept

[@ujjwalsengar6931]

Phenol and toluene EDG kese honge ekh baar bata doo...

[@freefireboombozled7593]

What about no2 in a benzene ring

[@acppradyuman2149]

Really helpful
Thank you master/bhaiya

[@ANMOLKUMAR-ix8di]

Great explanation sir , thanks for this information 🥳☺️☺️☺️🥳

[@aghaanwer]

mindblowing thank you ✌✌😇😇.
phenol and toluene are EDG.

[@atharvgupta421]

och3 mein o more EN than ch3 then why it is withdrawing

[@niranjanborah8000]

Phenol and Toluene EDG... and thanks for better and easy explanations🙏🙏🙏

[@suranjitdas4949]

Phenol is e- withdrawing grp

[@ArupSinha-k2z]

​@@suranjitdas4949but how😊

[@Thetruth.3005]

Is these trick valid in all compounds or some exceptions are there?

[@unlockgaming8307]

Sir agr cooh hai to oh ko ya o cnsider kre??

[@PlanetReformers]

worth more than all coaching material.

[@vrbcreation9961]

Both are EDG great job sir xy method is good tq

[@Gudgetgurulaptop]

Phenol and toluene are Edg because o and c are more electro negative H and H3

[@mrtv5265]

Toulene and phenol both are Electron donating group😊👩🏽‍🎓

[@AyushKumar-qc9wl]

phenol and toluene both are electron donating group

[@umasisodiya4431]

Thank you sir for this amazing trick 😊😊

[@PPPclases]

Thanks 🙏🙏🙏 bhut paresani aari this apne solve kardiii thanks

[@thakurshahab8851]

Phenol and toulene both are ortho para directing group's

[@kunwarpalsingh5666]

Phenol and toluene are electron withdrawing group

[@Indain6196]

thank you you didn't explain order

[@k.8een]

Very helpful vedio ❤❤✨

[@jayeshsonawane1890]

Easiest way to find out tx brother

[@bipinchaurasia562]

Phenol. EWG
Taluene. EDW

[@mankeshmeena9405]

Both are EDG

[@Devraj-ny5bc]

what happen when x is -ve ly charged ?

[@vaibhavkottari8800]

Amazing tricks sir . 🙏🙏

[@yourfreeacademia]

Amazing 👏

[@shagunsaksham2272]

Phenol and Toluene both are electron donating groups.

[@indranildey384]

What about NH2 sir?
EN: N>H but NH2 is -I

[@rkstatus4687]

Very nice trick sir

[@NehaKumari_pwains]

Thankyou bhaiya sooo muchhh bhutt doubt tha clear ho gya 🙏🙏🙏🙏🥺🥺🥺

[@RajKishorKhatri]

Bhai kya ho agar reaction Nucleophill se ho

[@BengalTechGaming]

Thanks sir 👍👍🏿

[@hiorkace-od5jd]

ye kis chapter se hain......goc???

[@-ndmpcchkeshavrao]

Explanation is awesome

[@vaishnavishinde3536]

Thank u so much sir ❤️ 🔥

[@sivinkashyap8546]

Thanks a lot sirji❤️

[@LiYan-i2e]

phenol is EDG and toluene is EDG as well

[@shersingh9743]

My big doubt solve🙏🙏 thankyou

[@daminitiwari3940]

What about halogens??? Pla tell sir

[@Anjalikumari-wg6ez]

Phenol and Toluene is edg ( thank you so much sir bahut problem ho rha tha iss topic but after watching your video all doubt finish

[@ShivamVats.1]

Very Good Trick

[@sudarshanagrawal952]

Thanks you so much sir 💗

[@SanketG.]

Very nice explanation sir 👍👍🔥🔥

[@shwetapal9530]

Wooww it's clear my all doubt 👍

[@RahulKumar-oi3mw]

Thanks sir great work

[@learnwithshivani8056]

Very nice trick sir..superb

[@samarthjalkote45]

Thank you very much sir

[@jatinsharma3921]

Gr8 concept explanation

[@vishnujingar554]

EDG

[@uroojsabir8980]

Phenol electron donating group and toulene EWD

[@Reenayadav-ph5hz]

Why sir both are EDG?

[@atom00001]

NO2 kase hoga?

[@ammugurjar19]

nicee

[@SabamajeedSaba]

Both electron donating groups
👍

[@kc5579]

Both are "Electron donating groups.

[@Mishu.h.i.m]

thanks

[@mishra.__.shivamm]

thank u

[@divyanshsachdeva2295]

both are edg

[@yashrajverma992]

great explanation

[@Simranford]

Both are eletron withdrawing groups

[@MunniSharma-zf1fh]

Phenol electron donating

[@parrotpedia7480]

Excellent tricks

[@SusheelKumar2967pw]

well done explanation

[@mrtv5265]

Thanks sir ab sayd hi bhule🙋🏻👍🏼

[@diyaagirish5824]

Both phenol nd toulene r electron releasing group

[@jogeswarinial526]

Phenol and toluene are EDG

[@meenakshi__verma__5806]

Both are electron donating gp

[@rajusinghraj1979]

EDG
-OH and -CH3

[@Smriti_0106]

Thnkuhhh

[@belalsaeed5987]

Both edg, thanks bhaiya 🙏🙏

[@ServentOfMuhammad-e-Arabi]

Sukriya bhai ❤❤❤❤

[@pritalshah8079]

Both electron donating