Describe how you could use NMR spectroscopy to distinguish between benzoyl chloride and para-chlorobenzaldehyde. O The 'H NMR spectrum of para-chlorobenzaldehyde should have a signal at approximately 6.5-8 ppm corresponding to the aryle protone. The H NMR spectrum of benzoyl chloride should not have a signal near 6.5-8 ppm. O The H NMR spectrum of para-chlorobenzaldehyde should have a signal at approximately 12 ppm. The 'H NMR spectrum of benzoyl chloride should not have a signal near 12 ppm. O The 'H NMR spectrum of para-chlorobenzaldehyde should have a signal at approximately 10 ppm corresponding to the aldehydic protone. The H NMR spectrum of benzoyl chloride should not have a signal near 10 ppm. O The H NMR spectrum of benzoyl chloride should have a signal at approximately 12 ppm. The H NMR spectrum of para- chlorobenzaldehyde should not have a signal near 12 ppm.
Describe how you could use NMR spectroscopy to distinguish between benzoyl chloride and para-chlorobenzaldehyde. O The 'H NMR spectrum of para-chlorobenzaldehyde should have a signal at approximately 6.5-8 ppm corresponding to the aryle protone. The H NMR spectrum of benzoyl chloride should not have a signal near 6.5-8 ppm. O The H NMR spectrum of para-chlorobenzaldehyde should have a signal at approximately 12 ppm. The 'H NMR spectrum of benzoyl chloride should not have a signal near 12 ppm. O The 'H NMR spectrum of para-chlorobenzaldehyde should have a signal at approximately 10 ppm corresponding to the aldehydic protone. The H NMR spectrum of benzoyl chloride should not have a signal near 10 ppm. O The H NMR spectrum of benzoyl chloride should have a signal at approximately 12 ppm. The H NMR spectrum of para- chlorobenzaldehyde should not have a signal near 12 ppm.
Chapter20: Carboxylic Acids And Nitriles
Section20.SE: Something Extra
Problem 67AP
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