How can I read in the NMR spectrum when increasing chemical shift?

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How can I read in the NMR spectrum when increasing chemical shift?

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Answer 1 · 2018-07-03T05:53:10

I think you can start by specifying the question....

Explanation:

$^{1} H$ $""^1H$ $NMR$ $"NMR"$ spectroscopic data is typically reported as a chemical shift, $δ$ $delta$ , that starts down field, i.e. high frequency...and the signals are quoted sequentially upfield with coupling data. The NMR signal of $TMS \equiv {(H_{3} C)}_{4} S i$ $"TMS"-=(H_3C)_4Si$ is generally quoted at $0 \cdot ppm$ $0*"ppm"$ ...

Of course, the proton is not the only nucleus that can be examined by this form of spectroscopy.

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How can I read in the NMR spectrum when increasing chemical shift?

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