Kolbe Electrolytic Reaction

Which can not be prepared by Kolbe’s electrolytic reaction using single salt -

Method Of Preparation Of Alkanes :Wurtz Reaction|Questions|Kolbe's Electrolytic Method|Physical Properties|Summary

Classification Of Carbon Atoms In Alkanes |Preparation Of Alkanes |Wurtz Reaction |Questions|Kolbe's Electrolytic Method |Halogenation |Mechanism |Summary

A compound [A] with molecular formula C_(5)H_(10)O gave a positive 2,4 -D.N.P. Test but a negtive Tollen's test. It was oxidised to carboxylic acid [B] with molecular formula C_(3)H_(6)O_(2) when treated with alkaline KMnO_(4) under vigorous conditions. Sodium salt of [B] gave a hydrocarbon [C] on Kolbe's electrolyte reaction. Identify [A],[B] and [C] and write the chemical equations for the reactions.

Method Of Preparations|Question|Kolbe's Electrolytic Method|Physical Properties|Chemical Properties|Halogenation|Mechanism|Combustion|Controlled Oxidation|Isomerisation|Aromatization|Reaction With Steam|Pyrolysis|Structure Of Double Bond|Preparation Of Alkenes|Summary

Kolbe's electrolytic method can be applied on

In Kolbe's electrolytic method, the gas produced at cathode is

During Kolbe's electrolytic method, the pH of aqueous solution of salt of acid

The Kolbe electrolytic method can be used to synthesize alkenes. It involves the electrolysis of a concentrated solution of the sodium or potassium salt of

During Kolbe's electrolytic method, the alkane formed may have……relative to the salt of acid.