Oxidation of Phenylethanal: Does it Produce Benzoic Acid and React with PCl5?

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SUMMARY

Oxidation of phenylethanal results in the formation of benzoic acid, confirming the teacher's assertion regarding the oxidation of carbon side chains in aromatic compounds. The discussion also highlights that longer side chains, such as those in hipuric acid, will similarly oxidize to benzoic acid. Additionally, it addresses the reactivity of phosphorus pentachloride (PCl5) with carbonyl compounds like propanone, indicating that specific oxidation conditions must be considered for accurate predictions.

PREREQUISITES
  • Understanding of organic oxidation reactions
  • Familiarity with aromatic compounds and their side chains
  • Knowledge of phosphorus pentachloride (PCl5) reactivity
  • Basic principles of carbonyl chemistry
NEXT STEPS
  • Research the mechanisms of oxidation reactions involving phenylethanal
  • Study the oxidation of various aromatic compounds to benzoic acid
  • Explore the reactivity of PCl5 with different carbonyl compounds
  • Investigate the conditions required for successful oxidation reactions in organic chemistry
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Chemistry students, organic chemists, and researchers interested in oxidation reactions and the behavior of aromatic compounds in organic synthesis.

crays
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Hi guys, my teacher once told me that if there's a benzene with a side chain which has a carbon group (e.g. aniline or benzaldehyde or 3-phenylpropane) it will be oxidise into benzoic acid, no matter what it is.

So my question now is, does oxidising phenylethanal gives me benzoic acid? or say even longer side chain like hipuric acid, will it be oxidised into benzoic acid too?

Another small question is that, will PCl5 react with a carbonyl say propanone?

Thanks a bunch =D
 
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Anyone can please give me an answer?
 
You can't even begin to answer this question unless you show some work. What oxidation conditions are you given?

BTW, http://en.wikipedia.org/wiki/Aniline" doesn't have a carbon side chain.
 
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