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![chemistry - Chemistry Formula Series Page 5 Electrochemistry Important Formulas 1) CellPotentiall anode cathode Ecell Ecathode Eanode standard cell potential Ecell reduction_potential] Eathode oxidation potential Eanode Energy Relation 2)Gibbs Free Gibbs free energy chonge AG? - AGo nFEcell 3 number ofelectrons ాా n Faradag constant F cell potential Ecelll 2 3) Faradagis First Law ZIt mass_deposited m= m = electrochemical_equivalent] Z > current T ১ time t 7 4) Faradagis Second Law E1 deposited m1 m mass > 8 equivalent weight mz E2 E > Nernst_Equation (General) 5) (oo591 ) log 0 electrode potential E= Eo E > standard potential Eo F number of electrons > reaction quotient] > Faraday Constant] 6) -1 charge carried by one F = 96500 C mol F .> mole of electrons Chemistry Formula Series Page 5 Electrochemistry Important Formulas 1) CellPotentiall anode cathode Ecell Ecathode Eanode standard cell potential Ecell reduction_potential] Eathode oxidation potential Eanode Energy Relation 2)Gibbs Free Gibbs free energy chonge AG? - AGo nFEcell 3 number ofelectrons ాా n Faradag constant F cell potential Ecelll 2 3) Faradagis First Law ZIt mass_deposited m= m = electrochemical_equivalent] Z > current T ১ time t 7 4) Faradagis Second Law E1 deposited m1 m mass > 8 equivalent weight mz E2 E > Nernst_Equation (General) 5) (oo591 ) log 0 electrode potential E= Eo E > standard potential Eo F number of electrons > reaction quotient] > Faraday Constant] 6) -1 charge carried by one F = 96500 C mol F .> mole of electrons - ShareChat](https://cdn4.sharechat.com/bd5223f_s1w/compressed_gm_40_img_525792_3a7291d1_1776429524297_sc.jpg?tenant=sc&referrer=pwa-sharechat-service&f=297_sc.jpg "chemistry - Chemistry Formula Series Page 5 Electrochemistry Important Formulas 1) CellPotentiall anode cathode Ecell Ecathode Eanode standard cell potential Ecell reduction_potential] Eathode oxidation potential Eanode Energy Relation 2)Gibbs Free Gibbs free energy chonge AG? - AGo nFEcell 3 number ofelectrons ాా n Faradag constant F cell potential Ecelll 2 3) Faradagis First Law ZIt mass_deposited m= m = electrochemical_equivalent] Z > current T ১ time t 7 4) Faradagis Second Law E1 deposited m1 m mass > 8 equivalent weight mz E2 E > Nernst_Equation (General) 5) (oo591 ) log 0 electrode potential E= Eo E > standard potential Eo F number of electrons > reaction quotient] > Faraday Constant] 6) -1 charge carried by one F = 96500 C mol F .> mole of electrons Chemistry Formula Series Page 5 Electrochemistry Important Formulas 1) CellPotentiall anode cathode Ecell Ecathode Eanode standard cell potential Ecell reduction_potential] Eathode oxidation potential Eanode Energy Relation 2)Gibbs Free Gibbs free energy chonge AG? - AGo nFEcell 3 number ofelectrons ాా n Faradag constant F cell potential Ecelll 2 3) Faradagis First Law ZIt mass_deposited m= m = electrochemical_equivalent] Z > current T ১ time t 7 4) Faradagis Second Law E1 deposited m1 m mass > 8 equivalent weight mz E2 E > Nernst_Equation (General) 5) (oo591 ) log 0 electrode potential E= Eo E > standard potential Eo F number of electrons > reaction quotient] > Faraday Constant] 6) -1 charge carried by one F = 96500 C mol F .> mole of electrons - ShareChat")