Electrolysis involves electronation and de-electronation at the respective electodes. Anode electrolytic cell is the electode at which de-electronation takes place whereas at cathod electronation is noticed. If two or more ions of same charge are to be electonated or deelectronate the ion having lasser discharge potential is discharged. Discharge potential of anion refers forEP_(OP)^(@)of E_("RP")^(@) as the case may be. The products formed at either electode is given in terms Faraday's laws of electrolusis i.e. w=(Eit)/(96500) During electrolysis of CH_3COONa_((aq)), the mole ratio of gases formed at cathode and anode is

Electrolysis involves electronation and de-electronation at the respec

1.	Electrolysis involves electronation and de-electronation at the respective electodes. Anode electrolytic cell is the electode at which de-electronation takes place whereas at cathod electronation is noticed. If two or more ions of same charge are to be electonated or deelectronate the ion having lasser discharge potential is discharged. Discharge potential of anion refers forEP_(OP)^(@)of E_("RP")^(@) as the case may be. The products formed at either electode is given in terms Faraday's laws of electrolusis i.e. w=(Eit)/(96500) During electrolysis of CH_3COONa_((aq)), the mole ratio of gases formed at cathode and anode is
Answer» SOLUTION :`CH_3 COOH to CH_3COO^(-) + Na^(+)` CATHODE : `2H^(+) + 2e^(-) to ul(H_(2))` Anode :`2CH_3COO^(-) ul(C_2H_6) + ul(2CO_2) +2e^- , 1 : 3 `