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NMR

Carbon-13 Nuclear Magnetic Resonance Spectroscopy (13C NMR)

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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 concepts of proton NMR spectroscopy.
  • Understand how to identify the chemical environment of protons in a molecule.
  • Learn how to use chemical shifts to identify signals in a spectrum.
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Skills

Concepts, Principles and Theories

  • How to identify the number of carbon environments in a molecule
  • How to predict the number of signals a molecule will produce 
  • How to assign the chemical shift for the different carbon environments 
  • How to identify the number of carbon atoms contributing to each signal  

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Dr Sheila Faherty
Altantic Technological University

"The simulations are brilliant reinforcing material, delivered at a good pitch with scope for elaboration and so clear and informative. Students could attempt them many times, and this really helped weaker students build their confidence."

Details

Degrees

Chemistry
Foundation science

Discipline

Analytical chemistry

Topic

NMR

Purchase option

Chemistry LabSim Library

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