XI -3 #18 - Diagonal Relationship of Second Period Elements - Periodic Classification Of Elements

[@excellencementor59]

I am from India ,, you are very good teacher... And your teach style is so good.... Thanks mam...

[@tushartyagi1020]

Yes ma'am very attractive teaching style you have ma'am . # Unique Style 👍👍

[@harmanpreetkaur9849]

Mam is also indian

[@aaronjoethomas8861]

Mam the way u explained this chapter became vry helpful to me ... i finally found someone who can make me understand ❤❤🙏🏻🙏🏻🙏🏻

[@rashmitalwadker512]

It's very nice of you ma'am to create fantastic lessons to teach people...thank you for your work..

[@VbpsOblivion]

Chemistry goddess for South Indians....👍

[@arpityadav4821]

Mam you make all difficult concepts so easy Thank You for this awesome chapter

[@sushantdubey6296]

ma'am your channel is very very helpful for me 🥺🙏🙏please never ever delete these videos 🥺🙏❤ they are a boon for us

[@saradakotapati7090]

Mam u r teaching is so nice. Plzzz post all lesson's man. 😊😊

[@KangumeRichard]

Great this has helped me alot to understand diagona relationships 21:13

[@anamikadwivedi418]

Ma'am your teaching style is awesome

[@KangumeRichard]

❤

[@DharmendraKumar-vc8xf]

Ur teaching style is good mam I learnt with u

[@udayghosh1967]

Thanks madam for such beautifully sharing your knowledge with us

[@samriddhidutta2995]

ma'am you said that in the 3rd period there is d orbital as well but d orbital actually comes after filling of p orbital completely with 6 electrons and that is done by argon so after filling up of Ar the filling up of d orbital starts that too only in the 4 th period and not 3rd so ma'am why did you say that in 3 rd period itself the filling up of d orbital starts ? i think you went wrong here

[@alex727o]

Mam your teaching is so good. THANK YOU.

[@rashwonsingkai7955]

Awesome presentation!!!

[@babyjanu7869]

Thank you very much mam your teaching is too good to us

[@arya7004]

Can elements of second period form π bonds with other period elements?

[@SeemaDhawanArora]

Arya Sinha Yes they can. One example comes to mind - CS2

[@arya7004]

Seema Dhawan Arora okay thanks a lot ma'am your vid was really helpful

[@mrs589]

Awesome presentation by u

[@balasubramaniansellaiah4877]

Really helped a lot mam... Thank you so much 🙂

[@oshaqsamtio1531]

Distinguished lecture excellent

[@shashikantarath2567]

Very good explanation, thanx

[@sulfathm9592]

Thank you ma'am .nice class👍

[@shazibqasim7719]

Damn expressions ❤️

[@chandrikay6175]

TU very much mam for the detailed explanation

[@tejwantkaur6348]

Mam pls make videos on chapter of 2nd chemistry book

[@ManpreetKaur-gv7ve]

Why electron gain enthalpy increases across the period??

[@simarkaur3826]

As metallic characters decrease and non metallic property increase an we all know non metal gain electro thats why it increase

[@mrs589]

@@simarkaur3826 hy

[@safa7185]

Thank you mam🥰😍

[@dayasathar9530]

mam where are you from ..

[@deedarsingh8426]

Is this according to ncert

[@SeemaDhawanArora]

Yes

[@surjitsingh2044]

fantastic g

[@vampugadapababu1473]

Mam you did a big mistake.your explaining other concept in periodic trends and chemical reactivity please check it. U r my great teacher in chemistry we love you

[@SeemaDhawanArora]

Please mention the time at which you feel I made a mistake.

[@himanshujoshi8199]

Okay

[@amitkumardas3405]

It should be anomalous properties

[@sombirbeniwal1951]

Superb mam

[@Vickyraja0076]

Nothing special i came here for diagonal relationship but can't find it more. Only 1st two points are related others are not for Diagonal R. so try to give more points ..

[@gcareneetacademy7530]

Thank you mam❤️