Комментарии:
Thank you it was very helpful ❤❤❤❤❤
Ответитьكتييييير حلوووو ❤❤❤❤❤
ОтветитьThis is the best way to get a A watching this
Ответитьalch no te entendi ni madres
Ответитьdo you always talk so slow? playing the video at 1.25 speed makes it sound normal
Ответитьwhat is about ion-dipole and ion-induced dipole ?
ОтветитьThat British(london) accent 😂
Ответитьᶜᵃⁿ ᵘ ᵍᵘʸˢ ˢᵉᵉ ᵐʸ ᵗⁱⁿʸ ˡᵉᵗᵗᵉʳˢ
ОтветитьThank you! We're struggling rn but you helped me and I'll share this to my friends.
ОтветитьGood
Ответитьthanks
ОтветитьNice
ОтветитьThank You, You make my job of studying so easy!
Ответить5 min makes my concept strong thanks a lot
Ответитьam i the only one who can't understand this
ОтветитьTang Ina humms strand ko pero nanditobako ngayon.
Ответитьi still dont fucking get it
ОтветитьThank you it was very helpful🙌
ОтветитьIt helped alot, thanks man. You made it sound alot easier
ОтветитьWhat is the importance of these forces to:
1. Lipid Structure
2. Nucleic Acid?
help pleaseee
Very good animations
ОтветитьAre the covalent and Ionic bonds much stronger because they merge orbits and electrons whereas the atoms in the intermolecular forces just attract but never touch each other?
ОтветитьWatch the video on 1.25x speed to save your precious time 🙃
ОтветитьLearning things in quarantine really helps. Thanks so much.
Ответить엄
Ответитьvan der vaals forces
ОтветитьHe's the thoughty2 guy right?
Ответитьconfusing.....
Ответитьok boomer.
ОтветитьShit video
Ответитьwhy do the forces of van der waals get stronger as you get down the group? how does the increasing radius and electron of atom affect this?
Ответить(¯―¯٥) (?_?)
ОтветитьWhat is definition of London force ?
ОтветитьThank you, london and van das Vas forces are the same.
ОтветитьOkay, this is epic
ОтветитьWhy intermolecular forces also called wonder wall forces
Ответитьthank you. saved my life. you're the GOAT!!!!!
ОтветитьSir you should also include London force
Ответитьomg i still dont get it
Ответитьwhat about london forces
Ответитьnice
ОтветитьGood
Ответитьwhat about london force?
ОтветитьWhere does ion-dipole fit in all of this?
ОтветитьThis video should be reviewed. Van der Waals is a combination of Keesom, Debye and London forces. No 3 should be London forces
ОтветитьThe end on that ended abruptly and cut off what the presenter was saying.
Ответить