London dispersion forces | Intermolecular forces and properties | AP Chemistry | Khan Academy

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London dispersion forces result from the coulombic interactions between instantaneous dipoles. Dispersion forces are present between all molecules (and atoms) and are typically greater for heavier, more polarizable molecules and molecules with larger surface areas. View more lessons or practice this subject at www.khanacademy.org/science/a...
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[@jameelalg]

a 9 minite vid exxplained more then 2 classes in my chem subject
thank you

[@sciencenerd7639]

great explanation, thanks so much

[@ataulhasantanim886]

You guy are so smart! 💖

[@mysteriousdude4549]

Amazing teacher.

[@vnilenirl]

thank you for making this lesson video

[@istudysometime3251]

I just realised Indian class 11 Chem is basically AP Chem.

[@suchismitadaspurokayastha6350]

what is AP?!

[@sensible1163]

Advanced placement.

[@suchismitadaspurokayastha6350]

@@sensible1163 thanks!

[@galaxycrystalgamer]

same here in canada 😩

[@ashritha1997]

@@sensible1163 lol i hate ap chem its lowk so hard

[@paulgeorge9401]

This man is a goat foreverr

[@GG-bb1pj]

If you're referring to the story my chemistry teacher told me, then happiness is being without a goat. Just thought it was a funny coment. I'm sure my teacher is more of a goat than this guy.

[@crystalblade]

Thanks
From Pakistan

[@sherinamichaeljude3014]

Truly amazing, sir.
Are both London dispersion forces and van der Walls' forces the same??

[@chlol5385]

London dispersion forces are one of the van der wall forces (it includes dipole-dipole, London dispersion forces, etc

[@asmakayani8220]

Another day, another slay 💅

[@chuttistarcreations6421]

How do you make these videos?

[@adityaiyer801]

skills

[@celiac3326]

great！！！！！

[@KissMyBalls]

6:19

[@TheYurubutugralb]

So the “London dispersion” force has to do with attractive forces, not dispersive…?

[@KissMyBalls]

Never gonna give you up
Never gonna let you down
Never gonna run around and desert you
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[@paulyd7428]

Sal > everyone else

[@vnilenirl]

heyy

[@user-rc4vo1th9j]

I believe London dispersion forces are the cause of gravity. Or in other words the polarization of atoms causes gravity. It is the same thing as the Van der Walls force except that the Van der Walls force is between molecules, and is therefore stronger than gravity.

[@overheaven-fortnite4248]

first! Anyone else here cus of the virus and wanna get school work done?

[@fijifan1512]

first! Anyone else here cus of the virus and wanna get school work done?

[@chetusharma3792]

yep me

[@MaxxPhineas]

yeah