Added: 2 years ago
From: dangtuanlqd
Views: 42,973
Sort by time | Sort by thread (beta)

Link to this comment:

Share to:

All Comments (42)

Sign In or Sign Up now to post a comment!
  • The into was like a minute long

  • My teacher could have saved a lot of breath and time by showing this!

  • 2day i understand it....thnxalot

  • lol who saw the smiley face at 8:46 ??

  • Great video.

  • what if there are lone pairs?

  • @rhondal9w Referring to what exactly?

  • This video helped us so much for our chem midterm :) Thank you!

  • my teacher made us watch this

  • This is a very good video, lots of explanation complemented with animation.

  • I am so fucked

  • I never saw such a great explanation . excellent !!!!!

  • This is excellent, thanks. I always struggle a bit in explaing pi bonding, the animation makes this very clear.

  • What. The. Fuck.

  • Ah, it's finally starting to make sense! I wish zi had discovered this sooner!

  • i do appreciate this video clip!!! it has spectacularly expalianed one of the most important unit of my book. i have watched it many times!!!

  • very helpful.. evry time i start with my atomic structure lesson in chem i wud mess up thinking of orbitals.... so much thanks to u...

  • dont shout at the mic

  • The only way to understand this concept is through a video like this. Great video

  • A great help...........thnx

  • Very helpful. Thanks.

  • very helpful video... nice one

  • EXCELLENT video. Very clear and helpful!!

  • a wonderful video!!!!extremely helpful!!

  • very helpful! thanks a lot

  • I am not 100% sure but as far as my knowledge extends to, Be does not have any p orbitals, so how can it's 2s orbital be hybridized with it's "empty" p orbitals as this guy claims?

  • how can I calculate this?

  • This is about 100 times better than my chemistry teacher....yay private schools!

  • Thank you, this has been really helpful!

  • wow! what a clear explanation along with outstanding graphical models.

  • so atoms from every single element will need to be hybridized before they can form bonds with other atoms?

  • @AsakuraAvan yes, for the most part. Obviously Hydrogen can't be hybridized because it only has 1 s orbital. It's got nothing else to be hybridized with.

  • @tarunslife H (hydrogen) has only one electron. That's the reason. Had it had two electrons, it might have been hybridised for all we know! ;)

  • this is amazing! thank you so much for sharing this video!!!

  • i wish i could like this video a million times !!!!

  • Thank you SO MUCH..!! U saved my life!! i was having a real trouble understanding this concept... very good and thorough explanation....

  • my mind = blown. i doubt i need to go to lecture after this thorough explanation. this is great

  • Please upload more of these and if it is not you, please send me a link or source for more of this ingenious work.

    it helped me out alot, much better than the shitty explanation my teacher gave me

  • Great video; thanks for posting. Now I have to sit and think about what the hell I just listened to.

  • that's good!!!

Loading...
Alert icon
0 / 00Unsaved Playlist Return to active list
    1. Your queue is empty. Add videos to your queue using this button:
      or sign in to load a different list.
    Loading...Loading...Saving...
    • Clear all videos from this list
    • Learn more