Using the n+1 rule to predict how many peaks to expect from spin-spin coupling. Created by Jay.
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How does the neighbouring proton cause this interaction please explain
I cannot hear a word you said.
100x better than the Rutgers chem department
Great vid as always but I have one question: In 0:20 it’s been said that the n+1 rule applies only in equivalent proton but in 8:30 it’s been mentioned that equivalent ones do not show splitting. Can anyone please explain that part because it’s really confusing
Series of Videos helped me a lot. Also the presentation is really good to understand.
Brilliant
What do you mean by "a different environment"?
u are best sorry great
The protons on the ring aren't equivalent.
nice…!!
Thank you! you just saved my life!
Thank you for these videos, they helped out alot. One question: why do we only look at the neighboring protons? for example couldnt one of the red protons in the 2nd example add or subtract from the effective magnetic field felt by the other?
Thanks in advance.
''Hey neighbor!How many protons have you got?I need to know if you are splitting me!! 😛 Thanx guys!
Thanks for this series of video. It was really helpful. Khan academy rocks!!!
Question…. at 8:30, you mentioned that the protons in 1,2-dichloroethane are chemically equivalent – therefore, the neighboring protons do not result in spin-spin splitting (1 signal). You also mentioned that the neighboring protons in 2,3-dimethylbutane result in splitting, which I understand that each proton in this compound experience induced magnetic fields from each other, causing the signal split. Why can't this be the same case for the protons in the earlier compound? Did I miss something here? Please explain. Again, thanks so much for your wonderful and clear presentations! 🙂
Good one…thanks
Thanks for this video. It really helped.