Spectroscopy & spectrometry

Proton NMR: Assigning Peaks

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Practise predicting the number of signals in the carbon NMR spectrum of a simple organic molecule, use a table of chemical shifts to determine the expected positions of these signals on the spectrum, and deduce the number of equivalent carbons responsible for each signal.

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Learning outcomes

Familiarise yourself with the key components of NMR spectroscopy
Learn how to predict the number of signals in a spectrum
Understand the relationship between chemical shifts and the structure of a molecule

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Skills

Concepts, Principles and Theories

How to identify the number of proton environments in a molecule
How to predict the number of signals a molecule will produce
How to assign the chemical shift for the different proton environments
How to identify the signal ratios for the different proton environments
How to determine the number of peaks each signal should split into

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Dr. Andrew Allsebrook

University of Queensland

“Over 90% of the students engaged with the simulations in the first semester, and it’s grown from there. Now they’re going back multiple times.”

Details

Degrees

Pharmacological science

Forensic science

Chemistry

Modules

Analytical chemistry

Topic

Spectroscopy & spectrometry

Purchase option

Chemistry LabSim Library

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