In the preparation of hydrocarbon by Kolbe's electrolysis, the number of moles of $R C O O N a$ or $R C O O K$ used to prepare one mole of hydrocarbon are :

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Solution

From mechanism it can be seen that two mole of acid derivative gives one mole of hydrocarbon as

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In the preparation of hydrocarbon by Kolbe's electrolysis, the number of moles of RCOONa or RCOOK used to prepare one mole of hydrocarbon are :

From mechanism it can be seen that two mole of acid derivative gives one mole of hydrocarbon as

In the preparation of hydrocarbon by Kolbe's electrolysis, the number of moles of $R C O O N a$ or $R C O O K$ used to prepare one mole of hydrocarbon are :