Well for the CH2 next to the CH3 it would be 6 since it has 5 adjacent protons. For the CH2 next to the OH it would be 4 since there are 3 adjacent protons.
Well for the CH2 next to the CH3 it would be 6 since it has 5 adjacent protons. For the CH2 next to the OH it would be 4 since there are 3 adjacent protons.
Well for the CH2 next to the CH3 it would be 6 since it has 5 adjacent protons. For the CH2 next to the OH it would be 4 since there are 3 adjacent protons.
Well for the CH2 next to the CH3 it would be 6 since it has 5 adjacent protons. For the CH2 next to the OH it would be 4 since there are 3 adjacent protons.
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What do you think? What causes a peak to split? How many other different hydrogens are next to each CH2 group?
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If you search you'll find various databases of NMRs but do you just want the answer or to learn how to work it out for yourself?
What do you think? What causes a peak to split? How many other different hydrogens are next to each CH2 group?
Quote from:
If you search you'll find various databases of NMRs but do you just want the answer or to learn how to work it out for yourself?
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Are all the protons the same?
Are all the protons the same?
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Some are. The ones bonded to that same carbon atom will be. But will that make a difference?
Though I will change my answer: The CH2 next to the OH will be split into 3 since OH does not cause splitting.
http://imgur.com/5d6r7s2
I tracked down the actual spectrum which does seem to match up with my predictions.
Some are. The ones bonded to that same carbon atom will be. But will that make a difference?
Though I will change my answer: The CH2 next to the OH will be split into 3 since OH does not cause splitting.
http://imgur.com/5d6r7s2
I tracked down the actual spectrum which does seem to match up with my predictions.
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