Its final part involves reacting the sample with potassium hydroxide at high temperature to complete the conversion.
Its final part involves reacting the sample with potassium hydroxide at high temperature to complete the conversion. It is convenient because of the easy reducibility of the carbon-nitrogen double bond under heat. Most useful for converting an R-C-O molecule to its corresponding R-C-H2 molecule, it begins with the conversion of hydrazine into hydrazone and finishes in a strong base. FTP, identify this reaction that reduces carbonyls into alkanes, a reaction named for its two discoverers.
Its final part involves reacting the sample with potassium hydroxide at high temperature to complete the conversion.
{Wolf-Kishner} reaction