Nucleophilic Substitution Reactions | SN1 Reaction and SN2 Reaction

[@Criciter07]

underrated channel for teaching ever....One of the best lecture I ever had👏👏

[@masudamahima827]

The way u represent is tremendously beautiful, understandable, clear , easy language! Hope to see more basic chemistry vedios of you Chemistry lovers waiting

[@mochi.143.]

Thank you so much I got all information about SN1 and SN2 reaction once again thank you 🎉😊😊

[@kanha-creation.1M]

The only page which teaches chemistry better the the teachers pf jee and neet Thankyou 😊

[@fucrorose8106]

Thank you, I finally understood this topic !! Can you do a video on the Elimination reaction E1 and E2?

[@talentgaming3664]

Thank you sir for this video because i am see this video before 1 day of exam

[@siddheshkosalge4219]

Please make elimination video

[@prishchouh368]

Plz make on electrophilic reaction

[@CalculusBoy]

It is simply the best explanation of the concept ever seen ⭐⭐⭐⭐⭐

[@destaonline21]

Mr Najam my Favorite Teacher ☺️🥰 I love your Video So so so much. I'm from Ethiopia

[@anupammurmu8525]

😊people I love❤😊

[@rithishree2258]

Sir please upload class 11 and class 12 playlists , as it will be more organised and encourages the students to complete a chapter by watching your playlists rather than just learning a small chunk from a chapter by watching a single video . It will be more useful if the playlist have one shots as well

[@thejasts2025]

Your voice is rulling over my syllabus 😎

[@IshalNasar]

All my concepts are cleared by watching this video 👍

[@sultana2671]

Wow, really I am big fan of your explanation 🎉🎉🎉🎉❤

[@ayushmannthepro1671]

I guess there's a small mistake oh doesn't directly attack in sn1 first the h2O(weak nucleophile) attack on the carbocation and then it gets de-protonized to form oh but if we directly add oh we get a sn2 rxn and form a transition state 😀😀

[@shreyasawant2924]

Please explain me

[@AshishTiwari-x6z]

Amazing Concept Explanation Sir please teach whole chemistry subject

[@T.Kavya...]

Amazing Sir.... this video very helpful to me...Tqq Sir...🎉😊😊

[@avocadomusician2912]

WOWW SIR! THANK YOU SO MUCH. I discovered this 2 days before the exam and was a savior. Thank u so much sir.

[@hidayakhalid3277]

Highly appreciate your efforts 👌🏻 😊

[@user-eb1kb7jq1h]

Finally i found that video which makes easy sn1 and sn2 thx a lot

[@akashbanerjee5483]

fantastic teaching Sir i am fully impressed

[@AbelGetachew-hu8hc]

I understand finally what nuclephile rxn mean

[@MarykMakwelele]

This is the best explanation i have heard❤

[@hidayakhalid3277]

Amazingly explained 👏 👌🏻

[@VictorYakubu-v1u]

Thank you so much, you've helped me a lot.

[@mehrayanshul7129]

Your explanation is soo good

[@sampurnadey808]

Tqsm My 8 minutes r worth it 😃

[@Realbusinessfoundations]

thank u u u u u u u . U deserve nobel prize not these professors who care too much about their titles and ego

[@blackwarrior823]

What?

[@PoojaGupta-ki1tv]

Thank you sir amazing video

[@iconicmyth]

Your explanation is spellbound sir👏💐

[@sriayyappa1958]

Thank you so much for your fabulous video

[@rithishree2258]

Sir pls make one shots , it will be very useful during exam time and one shots are good for productive revision of a chapter .

[@Ethicallens.]

Explained Way better then the teachers pretending to be teaching advanced level before teaching the base carefully

[@Kukusharma1234]

Gud gud gud, nice lec and osm explanation, thnx sir for your efforts 🥰🥰🥰

[@kebirnasr-eddine6947]

Salam Mr Najam thank you & best wishes from Algeria to you & your family. ✅

[@NAJAMACADEMY]

W salam!!! love and respect!!! ❤️🤲

[@uzair3607]

Jazakallah khair

[@amyblack944]

Thanx sir! U saved ma precious time

[@argi2425]

great video helped me with my exams

[@Gautamking-u8n]

Thanx bro for this video but pls make one video on electrophilic substitution❤

[@ArhanQurashie]

Sir thanku so much, no words to thank you sir❤

[@TiwaaTwum]

How can you know that this is a strong nucleophilic reaction?

[@purvikag7241]

Understood it super well 😊😁thank you so much

[@littlemankotia2791]

Wow.. thankue so much sir.. amazingly explained

[@yoursdenny]

Thank you sir😌 for clearing my doubts.

[@mahasaketh4752]

Thank you soo much for these vedios

[@neelammenaria6469]

Hats off to you sir.... Brilliant 👍The way you teaching is just amazing 👏students need teachers like you for bright future

[@rahulff-4443]

Ironically explained 😮

[@Rifat01311]

Outstanding explanation Thank you,Sir.

[@avinashingoli7700]

Please do full length videos

[@otakufacts9202]

Love your video ❤

[@Aastha2006.]

Life saviour loved the explanation seriously

[@thejasts2025]

Your voice is stronger than the nucleophile 🤌💪💪😲

[@ignasid8427]

Very helpful.Thank you so much.😊

[@zainab.25.]

Literally amazing explained🤝❤️ ‏‪

[@TenzinChoden-d8w]

well appricated

[@KhushiYadav-gs2xq]

Tq Sir For Nice Explanation

[@rmi8200]

Please explain how sn1 is favoured by weak nucleophile,,,,I couldn't understand

[@starlight2620]

Even I don't understand

[@HananFuad-ip6zi]

i can't explain how this video is helpful to me i clearly understood the topic and i have one question here can i say that the inversion of configuration in sn2 mechanism is also 50% inversion as like one of the configuration in sn1 mechanism? pls answer this

[@ManasDas-k9d]

Very very helpful video 👍👍👍👍👍👍👍👍👍👍👍👍👍

[@aditiparmar2976]

Superb explaination😊

[@ishtiaqkhan7420]

Best lecture for us

[@BereketHunegnaw-b9p]

your teaching method is best, but time is short, try to teach long please

[@rmi8200]

Please make videos on physical chemistry chapter wise ,,it ll more helpfull for students,,,puc students

[@SameeraMiddya]

But you only told that a strong nucleophile replaces a weak nucleophile then why in SN2 reaction it is not possible for replacement

[@SimranKaur-bf1qd]

Sn2 is strong and sn1 is weak

[@pramathhegde317]

It replaces bro for ex CH³Cl+NaOH = CH³OH+ NaCl

[@divyadharshiniMarikannan]

Actually sn1 and sn2 reaction is takes place by replacement here note then5 point carefully that is rearranged

[@sanjaytayde2790]

There is possibility that strong nucleophille can directly replace the weak nucleophille. But it is also possible that nucleophille can join the compound and then the weak nucleophille gets detached hence there are 2 type -SN1 and SN2

[@Rajputan..gel-zy6hm]

because in sn1 rxn the tert butyl bromide firstly ionises and made carbonation Then a nucleophile attacks on it.

[@saiakshipandey9658]

Thank you so much 🎉😊sir ji

[@jainabfatima4804]

Thank you thank you sooo muchhhh😊

[@qj0i]

Thank you a lot 💘🎉

[@sakkeerhussain4400]

❤️u deserve more🫶🏻

[@PUSHPAVARSHINIATLURU]

Your explanation good

[@darshanchhajer6455]

good concept clarity

[@P.ULAGESHWari]

Please give basic explanation for nucleophilic and electrophilic and for heterolytic and homolytic

[@Ak.976-k6p]

Masterpiece ❤❤

[@yoginsonioldsongs334]

Please make a whole playlist of this chapter

[@deepasunderasu7685]

Plz make Electrophilic substitution reaction video sir

[@prishchouh368]

Make on electrophilic reaction

[@rohamaarif266]

Thankyou...Elimination reactionn pleasee !!

[@godmylifeline07]

thank you so much sir... tomorrow is my exam 🎉😊

[@DixitRajput-x4g]

Thanks bhaiya ❤

[@pushpasingh5642]

Please make a video on distinguish tests and numericals tricks for physical chemistry class 12th

[@NuhaminMohammed]

Best explanation i have ever seen😮

[@lavanyawasnik2006]

thank you so much ...u help me lot sirrr😭😭😭😭😭😭👏🏻👏🏻👏🏻👏🏻

[@Karishma_pradhan756]

Outstanding sir

[@curtpiazza1688]

Excellent!

[@gopalakrishna4072]

Sir can we write as it is in the exam

[@sumanpatari5405]

Please make a video what type of qs came from it

[@CheraSaab-gq5jo]

Wow great ❤

[@cadetforrdc6877]

Thanq , Thanq so much ❤

[@ULEMUMUNYALA]

Good explaination

[@juwelmia4155]

Sir please aromatic er full topic er class den,such as nitration sulphonation,halogenetion...

[@Abdulraheem-wc8yf]

i think that you made a mistake in the primary alkyl halide as it did not contain any alkyl group, while u were explaining SN2.

[@scholalic_chem1486]

Ch3 is alkyl group

[@NKOTEENNLIKCHIBIJONATHAN]

Very powerful

[@hafsajuma3177]

Nice and perfect 👍👍

[@rajasingh.tsingh4192]

Thank you so much

[@chaahathussain4691]

Stay blessed ❤

[@adnanarshad301]

Mashallah ❤❤

[@yogitabasnal]

is this substituion different from those which occur in metals? like in metals also one strong metal displaces a weak metal from its molecule. Like sodium displaces Potassium in a displacement reaction

[@preetimaurya1109]

Amezing 👍

[@Kawaki46]

Still watching this 100th time still can't exactly remember it😭

[@DALLA74]

Why does hydroxide become more strong nucleophile than chloride?

[@adithyasrisai1717]

because chloride has only partial negative charge rather than the complete negative charge of the hydroxide, the chloride only has a partial negative because its extremely electronegative compared to the carbon that it is bonded to thus attracting carbons electrons and gaining a small negative charge while inducing a small positive charge on the carbon atom itself. hope you understood.

[@thatmemestar378]

Sir , in your Sn2 reaction explanation , you showed methyl chloride . It is not a primary alkyl halide , I think it should be ethyl chloride , sir please make amendments .

[@BrundaSBru]

No methyl chloride is primary alky halide as it is connected to a primary carbon which means halogen is attached to only one carbon thus it is primary alkyl halide

[@sravanthipinninti1399]

Sir please tell difference between element and molecule please sir

[@rithishree2258]

Element consists of single type of atom in non bonded state , say for example carbon element consists of carbon atom only . While ,a molecule consists of two or more different types of atom in bonded state, say for example NaCl is a ionic molecule consists of Na atoms and Cl atoms formed by ionic bond