8:13 Iodine even looks crystalline sitting there all purple and shiny mocking us. If you didn't know any better, you would think you are looking at crystals of an ionic compound, or even a metal.
I was wondering.. why can't nitrogen expand the octet and form H3NO4? I guess it's not a matter of space since there are compounds with quaternary nitrogens such as ammonium salts. And another question. Can exceptions to the octet occur transiently for the elements of the second period or is it strictly forbidden?
You could still use the space as a reason because in the ammonium-ion, the nitrogen atom is bonded to the very small hydrogen atom. But for the much bigger oxygen there isn't enough space.
Thank you man....I just wondering how chemistry expert know all the stiff what gonna happen to the rxn I tried to know why it's happening but at last bcz of you I have now got an conclusion that if we want to know then we need to discover more to understand...thanks man❤keep doing ....God bless u❤
this guy is the master of solving chemistry curiosity!!
I need more explanation on characteristics of orbitals
8:13 Iodine even looks crystalline sitting there all purple and shiny mocking us. If you didn't know any better, you would think you are looking at crystals of an ionic compound, or even a metal.
Thank you for doing this video, I have a chemistry test tomorrow and got curious to why some elements could hold more than 8 e- :)
Glad it was helpful!
what about noble hyper-valency, such as the xenon compounds?
Nice idea! Added to the list.
"Don't get me started on triiodide." 😆
Please make video on molecular orbital theory
This was great. Thanks!
Thanks for watching.
I was wondering.. why can't nitrogen expand the octet and form H3NO4? I guess it's not a matter of space since there are compounds with quaternary nitrogens such as ammonium salts. And another question. Can exceptions to the octet occur transiently for the elements of the second period or is it strictly forbidden?
You could still use the space as a reason because in the ammonium-ion, the nitrogen atom is bonded to the very small hydrogen atom.
But for the much bigger oxygen there isn't enough space.
This guy is awesome
Thanks!
Thank you man....I just wondering how chemistry expert know all the stiff what gonna happen to the rxn I tried to know why it's happening but at last bcz of you I have now got an conclusion that if we want to know then we need to discover more to understand...thanks man❤keep doing ....God bless u❤
Thanks, I'm really glad to hear it!
Bro didn't even hesitate to wink☠️
7:55 look at all his expressions and drama😏😂
Magnificent content!!!! Subscribed before I could hit the subscribe button :)
you are doing great
Otherwise this was nice and great
Thanks❤❤
I never liked following the rules anyway