I think Na will be larger then Cl as when we go left to right in a periodic table the atomic size decrease because in the increase of atomic no. So Na>Cl
completely wrong concept here the force is obviously repulsive as the force is between 2 electrones(same charge). besides the distance you measured was among the nucleus but you had to measure distance between electrons buddy better luck next time and you better delete the vedio. because as the cation be larger it is easier for the cation to donate its electron and thus easier for anion to attract and it makes the bond stronger
Literally went four years of chemistry not understanding what was meant by this, thank you so much
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@@Raantas i never really was paying attention tbf
@@Raantas why do u care tbh
Notification: khan academy
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Me: :) im coming....
Just in time for my final on Saturday :) thank you so much Sal! LIFESAVER
very helpful review, thank you so much
Best explation 🔥
TNX sir 😊 pls keep it up
Excited!!!!
does radius dominate over charge in this case?
It depends on the magnitude
Great explanation
a uniform matter that is a combination of two more substances is considered be
...................
Is this the definition of a homogeneous mixture?
Very interesting
Very cool!
In which class are we taught this ?
Assuming that you are Indian, this is taught in class 11
@@BatSignalJammer oh ..I just entered 11th 😁
@@parminderkaur4438it's been 1 year, how was the 11th class?
I think Na will be larger then Cl as when we go left to right in a periodic table the atomic size decrease because in the increase of atomic no. So Na>Cl
no if you take out one electron from sodium it looses one whole shell so it does affect the radius of sodium by large a magnitude
@@Husain_bohra yup
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completely wrong concept here the force is obviously repulsive as the force is between 2 electrones(same charge).
besides the distance you measured was among the nucleus but you had to measure distance between electrons buddy
better luck next time
and you better delete the vedio.
because as the cation be larger it is easier for the cation to donate its electron and thus easier for anion to attract and it makes the bond stronger
No.
the force here is the attractive force b/w the nucleus (+) and the electrons (-)
delete the ""vedio" says who
i still don’t understand. i’m sorry, but this didn’t help
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