London Dispersion Forces | Chemistry

[@waddywaddy7248]

OMG! Thank you so much. We are not dumb and we only need teachers who are well explained like him

[@jeelsalot535]

Respect your teacher always

[@mahnoorali20005]

So true

[@pri012]

Nobody is dumb

[@amanullahkhan4304]

@@jeelsalot535 wjaqnì

[@amanullahkhan4304]

11th

[@andyyi1399]

This is the Best Explanation and Presentation for LDF !!!
Thank you so much !!!!!!

[@lame478]

Best short explanation 🙏❤️

[@user-jw7zr]

Assalam walekum my brother I really like your effort brother because this video we've seeing seeing your hard seeing your hard work you made today's video as like as other videos so jazakallah for me to understand it better than the other teachers

[@mahnoorali20005]

Your lectures are really helpful. You clear all my concepts. Thank you sir for your helpful lectures.

[@zain__edits3026]

Sir I've no words for your that type of explaination.Just Brilliant ❤

[@vittalkothapally3797]

Thankyou Najam Bhai please explain Surface chemistry animations It's my humble request 🙏

[@NAJAMACADEMY]

I will definitely....
But plzzz wait...
🙏🙏🙏🙏🙏❤❤❤❤

[@vittalkothapally3797]

@@NAJAMACADEMY ok Sir
Definitely I will wait 👍

[@deonevans9211]

Thank you for breaking down every part 👏🏾👏🏾👏🏾

[@sanjuktakumar4517]

No video can explain more clear than this👍😊

[@queenhaque6836]

Best👍 I loved it! 💕

[@dharampalsihag9418]

You Made My Concept Crystal Clear..✨✌️..Thanku..🔥🖤

[@awaistiger2024]

2:30 2:30 2:30 2:30 2:30

[@esterajileye2345]

Which one is weaker forces between I2 and H2 when considering these two nonpolar molecules pls bhai?

[@vision674]

H2 is weak.
Less electrons the more weak London forces.

[@bharatlalratre]

H2 as it have less electrons

[@Justpostitofficial]

Thank you sir your English is perfect for understanding.. thanks again for saving a lot of time ❤️

[@raheelkhan1366]

Now this is what i call teaching!

[@ayushishukla6287]

Amazing explanation.. It helps me a lot. Tysm for such an brilliant video😸😺😺😺

[@fireblaze8972]

Good question

[@konainzahra2776]

Outstanding lecture 🙂

[@tannushukla8486]

Thank u so....... much sir It helps me a lot ❤❤

[@evinsezgin]

excelent,i love your videos,they clearly explains the topic ⚘

[@moviedheko123]

The best explanation

[@alishbaarshad324]

Thank you so much very detailed and easy explaination

[@sedpanda5604]

I just flabbergasted. Since 3 years i heard my teachers say dipole dipole dipole finally i know what it is!

[@VG__]

Wow. ...thankyou for this 💕

[@hilaryconlan4268]

Excellent explanation. Thank you.

[@cloudy--._.--]

Can u please upload a video about dipole induced dipole forces

[@venkataramana9256]

Thank you sir for better explanation 👍😊

[@doyourfun3541]

Thank you soo much... Now I finally understand it😁😁😁

[@afridikamran7101]

Sir why str of atom Changes as we read in temporary dipol e

[@muhammadumarsarfraz4705]

Nice lecture 👍

[@konainzahra2776]

I can understand everything which made me confuse after watching this video😊

[@chemistzilla1896]

Thank you so much

[@jaahnavithota1112]

Good explanation sir, thank you🙏

[@rajimole5752]

Thank you sir very much helpful🙏

[@kenzadjebari5369]

Merci beaucoup

[@RishithaB-cn4jx]

Thank you sir . Understood 😊🙏🏻🙏🏻

[@masudamahima827]

Extremely understandable ❤

[@khalildreshak1186]

Thank youuu Sir

[@jumpadas5860]

thanks sir

[@kgosigadimokgethi8998]

Please help me out. How and why is a polar molecule has London forces?

[@akashahmed7829]

Awesome yar💖

[@Behappy7119]

Of what reason they become dipoles please answer me anyone

[@zainsaleem3886]

It is present between atoms then how it is an intermolecular force???🤯

[@ai3354]

Chemistry:
Exception exception exception I don't like exception but exception likess meeee....

[@bryarrashid7015]

Thanks

[@Hina-ie6bz]

Well explained 👏

[@rishikeshdash12]

sir i have a doubt now. you said in earlier lecture that intermolecular forces exist between two molecules but now you are telling London dispersion forces exist between two atoms. where London dispersion force is a intermolecular force. Please explain.

[@selominaenbakom2008]

Thank you sir

[@poortigautam3484]

I have no words to thanks you 👍👍👍👍👍👍👍👍👍👍👍👍👍👍😘😘😘😘😘😘😘😘 🙏🙏

[@uswaamjad2486]

You are amazing 😘😘

[@hooriabatool371]

why London dispersion forces is more prominent in trans alkene as compare to cis??

[@shamsakel7164]

omg thank you

[@barshapriyadarshini4846]

Nice

[@Umar_offical_56]

It non polar not polar 4:01

[@Hoorain-ik2tu]

It's temporary polar not polar

[@sapnasharma-rs4jn]

more information in lss time

[@nuwochaser]

forceeeeessss

[@غذاءالروح-ب7ع]

Is this your real voice ???😅😅😂👍🏻👍🏻

[@anganasamanta639]

Thank you sir , for the explanation.

[@eidrahman4308]

❤❤

[@ananyasnikitha3326]

😮

[@easthercules]

Exactly what I needed and thanks for the bestest explanation

[@mypersonal246]

Me tu

[@swagotbharadwaz1645]

Best ke saath est nhi aaata

[@piyushsahu6906]

Bestest 🤩

[@Zafarqbal-dv4f]

@@swagotbharadwaz1645 q

[@Sky_infy]

Subscribed 👍😃

[@NAJAMACADEMY]

Welcome to our family...
🙌🙌🙌🙌❤

[@weirdcrafter]

Kmal kr dia sir👍proud for Pakistan. A+ animation and explanation... You deserve millions of subscribers 👌🏻

[@habibah1367]

the animations are very clear making it so easy to understand and so is the explanation!

[@rupakchanda3503]

Everything is ok..but his accent is so very funny😂

[@gball118]

😂

[@cupcake7453]

Finally I understood what is weak vander wall force thank u so much 😍😍

[@NAJAMACADEMY]

Welcome!!!
🙌🙌🙌❤❤

[@NAJAMACADEMY]

It is already in the lisr...
Coming soon..
May be on this Tuesday...
So, stay tuned!
🙌🙌🙌🙌

[@cupcake7453]

Yeah I will😥😥

[@actiongaming8157]

Me also subscribed ❤❤❤

[@thomas_swede]

Hi! My name is Thomas an teach chemistry at a high school in Sweden. I have only known about Van der Walls forces, never LDF. Now, thanks to you, I know they are the same thing! THANK YOU!!

[@rashtrabandhu3195]

What's fool

[@tanishknath765]

Actually ldf are a subclass of van der walls which also include dipole - dipole , dipole induced dipole and hydrogen bonding

[@GiantxMonster]

L. D. F is directly proportional to 1/r^6

[@aneeskhan3670]

Great work sir we all apreciated you, this helped me aloooooooot

[@IsabelRodriguez-nv2ue]

Amazing explanation! Thanks a million!!!! Your diagrams are very clear and helpful! Your video is a great educational tool!!

[@kevencanete2303]

I feel like im genius because of this video😅 coz its so easy to understand thank you sir!

[@nadeem4286]

Oh wow 😳 no one can clear these doubts like that 👍

[@eshanadeem9475]

Finally found someone who cleared it! Thanks

[@saptakchatterjee3830]

It just sounds like chatur from 3 idiots tesching.....Nvm Thanks a lot for these beautiful conceptual lectures❤❤❤

[@gloryglory7225]

Very underated channel on TH-cam

[@Pixelpin668]

Sir but this molecular force is not possible among atoms, it’s a molecular force ??

[@SakinaZehra-z4g]

My teacher make it too complicated but it is to easy man

[@fatimalearns9618]

Thankyou so much Sir it was a very nice explaination with visual representation.❤️

[@chanchalkumari7359]

First

[@MariaAli-r9v]

Excellent 👌

[@lathas3822]

Thank you soooooo much😊😊😊❤❤

[@tendenzafashion]

Exactly what I needed

[@yaseenkhanii8978]

mashAllah you have done best explanation as well as presentation...

[@FazalMola-ln4go]

Outstanding ❤

[@johnpraise1856]

Thanks so much

[@BhavishyaGSuvarna]

125th like 👍 was mine 😃😀

[@NAJAMACADEMY]

Thank you so much!!!
🙏🙏🙏🙏🙏❤❤

[@BhavishyaGSuvarna]

@@NAJAMACADEMY your welcome 😃😃

[@deepbhandalkar]

Best explained in minimum time 🙏❤️

[@techhandle24]

Wonderful explanation tq.........

[@giteshahirrao5669]

Great explanation
Can you clear my doubt what is difference between dipole dipole force and hydrogen bonding u give same example HF 🤔🤔

[@ChemSimplified]

Here's are some examples for each type:
H2O, NH3, HF - Hydrogen bonding
CH3OCH3, HCl - dipole-dipole
Hydrogen bonding exists only if the H is directly connected to N/O/F. Dipole-dipole exists when there is a permanent dipole between the atoms (electronegativity difference is >0.4). The thing is hydrogen bonding is actually a type of dipole-dipole, it's just that it's stronger due to the electronegativity difference between H and N/O/F.

[@sunday_vet3599]

London dispersion force

[@sunday_vet3599]

1:01 temporary dipole

[@sababatoolmemom6257]

Amazing Explaination 💯👌

[@ivanjungao7868]

Thanks for the short but the best explanation!

[@MrDefault]

This Deserve millions of views .... but people are not focused on studies //

[@sufyanaslam8899]

B.P of Iodine is 184 degree Celsius, plz correct yourself

[@lecirquedereves]

I agree

[@شيماءعبدالعزيز-غ9ز]

Thank you

[@NAJAMACADEMY]

Welcome!!!
🙏🙏🙏🙏❤❤❤

[@mattjoshuaquilaton8045]

Good day sir the way you explained it is very outstanding but the way you defined what is temporary dipole is not too clear for me

[@kk-dx3is]

Excellent way teaching

[@cricket8559]

Thanks you

[@suthavenkat4175]

Sir how to find boiling point using h bond or London dispersion forces

[@ZafarSab-h8d]

Why do electrons move towards one pole? What makes them go there?

[@vanessageverola8533]

Well explained, thank you so much Sir.

[@msraomittana]

Thank you sir 😊for such a good explanation ❤️❤️❤️. This video helps me a lot 😊.