During the Kolbe’s electrolytic decarboxylation of CH3COONa (a) H2 is liberated at cathode because discharge potential of H+ is less than discharge potential of Na+

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During the Kolbe’s electrolytic decarboxylation of CH3COONa (a) H2 is liberated at cathode because discharge potential of H+ is less than discharge potential of Na+
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During the Kolbe’s electrolytic decarboxylation of CH3COONa (a) H2 is liberated at cathode because discharge potential of H+ is less than discharge potential of Na+ During the Kolbe's electrolytic decarboxylation of CH3COONa (a) H2 is liberated at cathode because discharge potential of H+ is less than discharge potential of Na+ December 16, 2020 Category: Uncategorised [...]
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