Question

Compare the 13C spectra of starting material and product and explain which peaks can be used to unambiguously determine whether your oxidation was successful. -g

Answer 1

Answer:

The description of the given question is summarized in the explanation section below.

Explanation:

A maximum of around 82 ppm would be found throughout the beginning material spectrum around CDCl3. This same resulting spectrum maximum of 82 ppm has been lost, as well as the section has a historic high of 215 ppm.

• The OH summit at 82 ppm was obvious as well as a significant maximum of around 215 ppm carboxylic acid was observed.
• That justifies the occurrence of oxidizing, C13 NMR was indeed verified as a reactive organic compound oxidized in carbonyl Ozone.

Answer 2

The oxidation state is successful by comparing the 13C spectra of starting material and product.

What is 13C spectra?

The 13 carbon spectroscopy also known as 13C NMR is the application of NMR to carbon atom.

A frequent task in synthetic reactions involving rearrangement, conversion, or cyclization is to compare the NMR spectra of the starting material and the result.

Around CDCl3, a high of around 82 ppm can be detected throughout the starting material spectrum.

The section's historic high of 215 ppm has also been destroyed, as has the resulting spectrum maximum of 82 ppm.

The OH peak at 82 ppm was clearly visible, as was a substantial maximum at around 215 ppm carboxylic acid.

Thus, It can say that the oxidation state was successful.

Learn more about 13C spectra, here:

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