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your each word make my concepts clearer and clearer. Thank you so much
Awesome. My prof made this topic so full of minutia that I was completely lost. This is a perfect explanation, keep up the videos please!!!
excellent... couldn't be explained better! it is very helpful
Perfectly well explained. Just a small correction : At 6:30, I think you mean, for radical : "Electron only at end C's" instead of "Positive Charge". Thanks for the video.
Name Change Thank you!So glad the video was helpful. I appreciate the correction. I'll look at it.
Name Change OK, I see it. Perfect. Thanks again.
Thank You, it was so good, and clarity level outstanding
Excellent explanation! Thank you so much!
How and why the non bonding pi orbital has a node at only the central carbon atom? I mean the reason and mechanism behind it...???
THANK YOU!!!!
but how do we know its nonbonding?
Good Question! A pi molecular orbital is non-bonding if its energy is the same as the energy of the p orbitals themselves.
IF I GET A GREAT CPI IT WILL BE BCOZ OF U. THNX A LOT
Thanks for the comment -- so glad it was helpful. And MCUH SUCCESS on your exams!
i thot the aylly cation only has 2 pi bonds
your each word make my concepts clearer and clearer. Thank you so much
Awesome. My prof made this topic so full of minutia that I was completely lost. This is a perfect explanation, keep up the videos please!!!
excellent... couldn't be explained better! it is very helpful
Perfectly well explained. Just a small correction : At 6:30, I think you mean, for radical : "Electron only at end C's" instead of "Positive Charge". Thanks for the video.
Name Change Thank you!
So glad the video was helpful. I appreciate the correction. I'll look at it.
Name Change OK, I see it. Perfect. Thanks again.
Thank You, it was so good, and clarity level outstanding
Excellent explanation! Thank you so much!
How and why the non bonding pi orbital has a node at only the central carbon atom? I mean the reason and mechanism behind it...???
THANK YOU!!!!
but how do we know its nonbonding?
Good Question! A pi molecular orbital is non-bonding if its energy is the same as the energy of the p orbitals themselves.
IF I GET A GREAT CPI IT WILL BE BCOZ OF U. THNX A LOT
Thanks for the comment -- so glad it was helpful. And MCUH SUCCESS on your exams!
i thot the aylly cation only has 2 pi bonds