Metamerism

[@shahriar3692]

Thanks a lot. U removed my confusions regarding this. Subscribed

[@shrads9187]

This really helped me a lot. Thank you!!!

[@thefactsbyalok]

hi

[@curiouschild8943]

OH is not terminal!

[@karthiksabareesh2869]

Awesome!! You help me understand the concept easily. Keep making these amazing videos 👌👌

[@muhammadfaizan6449]

Does 1-butene and 2-butene show metamarism.

[@haseebmalik5798]

Sir why alkenes and alkynes donot show metamarism??

[@samriddhsaxena293]

OMG I didn't understand it first but now I know what to do.. Thank you so much ❤🔥

[@King-sm8ns]

Thanks for making this video, it helped with my revision :)

[@IITJEEChemistryCourse]

You are welcome! :-)

[@samadhanjadhav2410]

Thank you sir. Are you gratest teacher

[@AsmaMuhammedHusen]

Aren’t 3-pentanone and 2-pentanone positional isomer!?
Why They are metamers ?🧐

[@succyejuvwevwo8144]

This is really nice.. very simple and easy to understand

[@MDSadiq-jc7hb]

Why the students are mad that they not subscribe to this channel for there future

[@neetnotes-o-hub1970]

Really good sir 😊
Don't react to foolish questions..
U have done a really good job!!😊😊😊

[@TechKnowArslaan]

1:23 Sir -OH Group is not a terminating functional group.
It cannot terminate the carbon chain

[@wasifahmer2714]

It's terminal, not terminating

[@TechKnowArslaan]

@@wasifahmer2714 Book me dekh lena 😂 or vese bhi dono ka meaning same hi h zyada intelligent mat bano 😂😂

[@Shajrat19]

It is the concept of monovalent -OH,-SH and divalent -O- ,-S-,-c"-R, -NH-

[@godfather7339]

@@TechKnowArslaan you are correct, however I think sir meant groups that can be a terminal functional group, -OH isnt always a terminal group, but can be like in sir's example above.

[@sachinpatel9372]

@@TechKnowArslaan apko jyada zarurat h book kholne ki actually

[@srijanarizal9561]

Sir I am a zoology honours student but we have to study chemistry also , my chemistry is weak because of lockdown could you please help me with my doubts

[@danceshorts4209]

Helpful video
Thank you

[@tharuna6205]

Thank you !!!
This has helped me a lot

[@creyente..1309]

Sir these examples are of position isomerism too..
Am I right??

[@kaifverse]

Yess

[@juvairiyakhan8308]

Best 👍

[@ishraqahmad8877]

Crystal clear😉 ... Thank you so much❤️

[@seemathakur7561]

Thank u for making me understand

[@vandanakale5502]

Thank u so much sir❤️

[@ramuvijaya]

Defination is wrong because methyl propyl ether and methyl isopropyl ether also metamers

[@ratanmantri4467]

but sir this is also position isomers than what is the difference

[@IITJEEChemistryCourse]

Hi, Mitali! We talk metamerism only for compounds with non-terminal functional groups. Position isomerism can also be displayed by compounds that do NOT have a functional group. Example: 2-methyl pentane and 3-methyl pentane.

[@muhmmedv2872]

Superb lecture sir

[@mr_monish_editz_tamil]

Crystal clear sir thank u so much sir 🙂

[@rahulkumarsinha8845]

Thank you sir aapne bahut hee aache se define kiya

[@Adityakumar-jr5ro]

Why this is not positional isomerism

[@kaifverse]

It shows P.I also

[@sarojtiwari8082]

Thanks it helps me a lot

[@nirupamroymajumdar2733]

5:53 can it show functional isomerism?..I mean it has a keto group and ketones and aldehydes can show functional isomerism right?

[@kurmalayamini5590]

Yes

[@nirupamroymajumdar2733]

@@kurmalayamini5590 thanks mate

[@aup7125]

Sir can we say that it is a special case of positional isomers ?

[@IITJEEChemistryCourse]

No Aditesh. Metamerism is related to the number of c atoms on both sides of functional group. Position isomerism can also be shown if the position of a substituent(not the main functional group) is different.

[@progamersfire1573]

@@IITJEEChemistryCourse thx sir it helped me

[@aliyabegum9537]

It's basically means ke dono side carbon ki chain ho

[@trinanjan26]

Sir what about ester, amine and amide?

[@venusyadav5296]

Too good 👌👌👌

[@saymorrefat408]

thank you

[@kamleshpawar6576]

Sir which software you use ?

[@allenkurian7074]

nice!!!!!!!!

[@anshujapareek261]

Thanku so much
this really helped me

[@sanamnaz8088]

Helpful thank u subscribed 👍❣️

[@080-sthitipragyanjena9]

Thanks a lot sir 😊

[@thangabalajim710]

Thank you sir.
This is the better explanation than any books for metamerism
Super ji

[@somireddipallianand9455]

Your awesome sir

[@bholekabhakt2515]

Thank you very very much sir😄

[@shailendrakumarjha3847]

It is also position isomerism . Isn't it?

[@bbom7382]

Yup

[@harshyadav3100]

srry it isn't

[@rudrakshamukherjee8318]

No

[@rudrakshamukherjee8318]

It ain't

[@ramadeviporika5854]

No

[@ajoykumarhaldar2452]

Thanks a lot

[@z1gmab0llz]

Thanks a lot Sir..Was really helpfull

[@kaviyanjalib145]

Thankyou for nice explanation

[@samitsme1234]

Wonderful explanation

[@uneshsati7468]

Very nice explanation sir!

[@AbdulRahman-jr7ql]

gr8

[@aldassaidulu7763]

Nice explanation
Thanks sir

[@panteliskouros3448]

I have ended up to this video, looking up for an optical metamerism video.... LOL
Well, not what I was looking for, but overall a nice try :)

[@mahendrank6943]

Thank you sir it's really helpful 😀😀😀

[@PawanKumar-qg1kl]

Sir very nice

[@supriyasikdar4491]

thank you sir

[@haseebrahman938]

Welcome to metamerism....

[@veerusingh1981]

Thanku

[@arvindjangid63]

Thank you

[@slenderman7417]

thank you, sir

[@chemistrydepartment5272]

Thanks a lot!

[@bijaykumargupta947]

Sir defination kaise likhege

[@vimlamishra1519]

Metamerism arises due to different alkyl chains on either side of the functional group in a molecule...Hope this helped you☺️

[@ARSA4U]

❤️

[@nonedone]

thank you very very much sir

[@IITJEEChemistryCourse]

You are welcome :) Keep on learning!

[@philwesom8784]

well explained...thank u :)

[@B4U_Podcast]

Tq love

[@pragyanparimitanayak9422]

Thanks so much sir

[@krishnapal4238]

nice!!!!

[@jagrithipemmanaboyina7024]

Nice

[@bikramchaudhary9193]

Thank u sir

[@ramukaka8904]

Tnx....A lot

[@riteeshbommaraju]

Thanks Brother !!

[@mahendranpooja7040]

Ur looking so cute

[@anujakale4013]

🙏😌

[@SeemaGupta-ct9bl]

Sir do CH3-O-CH2-CH3 & CH3-CH2-O-CH3 show metamerism

[@IITJEEChemistryCourse]

No, the formulas represent the same compound. They are just written in reverse. When in doubt, try writing the IUPAC name of the compounds. If the name is the same, they represent the same compound.

[@SeemaGupta-ct9bl]

@@IITJEEChemistryCourse ohk thanku sir for clearing my doubt

[@SeemaGupta-ct9bl]

@@IITJEEChemistryCourse sir plz tell the how propanoic acid & methyl acetate are functional isomers.

[@IITJEEChemistryCourse]

@@SeemaGupta-ct9bl They have the same formula but different functional groups - one is acid and another is ester. So, they are functional isomers.

[@SeemaGupta-ct9bl]

@@IITJEEChemistryCourse ohk thanku sir

[@rmnasim]

tnx bro

[@misbahsirnaik2189]

thankyou sooo much !!

[@IITJEEChemistryCourse]

You're welcome!

[@m.muneeb4045]

💓💓💓💓💓💓

[@rajj5517]

Play with 1*5

[@parulaggarwal9405]

helped a lot

[@IITJEEChemistryCourse]

Glad you found it useful :)

[@alienishere8081]

Welcome to metamerism 😂

[@godhelpme8977]

Manisha Oooooooo

[@dipakhembade1916]

hindi yet nhi ka beeee

[@unboxing5261]

Ketones don't show metamerism😡😡

[@IITJEEChemistryCourse]

Where in the video have I said that? After discussing the ketone, I took the example of an acid which does not show metamerism.

[@IITJEEChemistryCourse]

Where in the video have I said that? After discussing ketone, I took the example of an acid that doesn't show metamerism.

[@siddharthshah7849]

Rahul Jindal Ketones do show metamerism

[@abhishekkeshari1959]

Are you gonna mad ketones show metamerism. Like C5H10O

[@ubcreations4828]

👌 super bro I had Also same doubt

[@امالالجائر]

هوا اني مافهمت كويس لكن مرسييي .

[@1ndeed442]

XD

[@MAGICALTARD]

Sir. Plz even make a video lecture on how to make molecular orbitals plz

[@IITJEEChemistryCourse]

Hi Shaikh, I've noted your request. Enjoy other videos meanwhile :)