Hydrogen bonding | Intermolecular forces and properties | AP Chemistry | Khan Academy
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- Опубликовано: 26 июл 2024
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Hydrogen bonding is a special type of dipole-dipole interaction that occurs between the lone pair of a highly electronegative atom (typically N, O, or F) and the hydrogen atom in a N-H, O-H, or F-H bond. Hydrogen bonds can form between different molecules (intermolecular hydrogen bonding) or between different parts of the same molecule (intramolecular hydrogen bonding).
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I don’t know if you are still reading comments, but if you do - thank you for your hard work.
chlodnia ✌️
You just started my day
Excuse me, Khan Academy consists every single essential class to get through life (such as math, literature, chemistry, physics, economics etc.) . Does Sal teach in every single one of these? How can he be such an poly-connoisseur?
poly waaat?
@@natru7448 hahahaha
he teaches many of them but they have many different teachers
I love this man
Thanks for giving a great knowledge.......
Hard work I'm being a student much benefits from the this channel
Can you please provide link to the source of the image of the graph used in this video? I wanted it for my research. Thank you!
The attraction between partial positive hydrogen and partial negative molecules is what a hydrogen bond is.
khan academy has some magical power.
but the only disappointing thing is that they have not completed the courses of class 11 and 12 of Indian students according to the Indian syllabus. They have done but some topics are not covered in between. also There are very few math content in the class 11,12 course.
Bro u r right even i am studying chemistry and physics from this channel but they lack some of the most imp topics
U should try indian channels foor that issue like physics wallah and crack up are good
Note- You can find maths vid's in crack up but not in physics wallah and similarly chemistry is available in physics wallah but not in crack up.
I know it's not a key feature here, but does anyone know why we use the term "moment"? If it comes from "momentum", that's mass * velocity, but doesn't the phenomenon that occurs here more closely resemble a force? F = k(qq/r^2) right? shouldn't it be a dipole newton?
hydrogen bonding is well-explained!. looking forward to more of your educational videos.
Ok so it was this easy??? Thank you so much!!!
Thank you so much for this amazing explanation! Thank you so much for your help!
fun fact
we all are watch this without fullscreen
WITCH!
No, I watched it full screen
me
Full screen
wow cool
beautiful
nice
thank you
today i subscribed this channel...................i did not know much more about this channel.............this video is first notification...........
vartika shukla ✌️
😊@@DRMath
👏
I watch your vids
What about equilibrium ....plsssss
Hey, you can get help from here. www.mytutorsinc.com/onetoone
deja vu
0:48
H20 lookin thicc
4th
hello my fellow nerds
I'm a wannabe nerd. for these months before exam
toot that whoa thumbnail
I wish I could change it to 3x speed...
Can these hydrogen bonds bring me and my ex back together?
They’re not that strong hun😭
😂
Nope😂😂😂😂😂
You also would not exist if there weren’t any hydrogen bonds 😂😜
Hello
hii
your missing hydrogen sulfide, diatomic hydrogen, and a twenty other small hydrogen molecules
Fun fact! You are watching this video without full screen looking at the comments.....
Hello jee aspirants