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This Concept Map, created with IHMC CmapTools, has information related to: electrochemistry 2, Function of Salt Bridge to maintain the neutrality of half-cell, Cell Potential to predict Spontaneity of Reaction, Standard Cell Pontential to predict Spontaneity of Reaction, Nernst Equation to determine Equilibrium costant, K, Oxidising & Reducing Agent Strength the more +ve S.R.P easier to undergo reduction, Galvanic / Voltaic Cell Operation depends on Standard Electrode Potential / Standard Reduction Potential, Electrolytic Cell Stoichiometry governed by Faraday's First Law, Electrochemical Cell converts electrical energy to chemical energy Electrolytic Cell, Galvanic / Voltaic Cell can be represented by Cell Diagram, A Study of the Relationship between Electricity and Chemical Reactions ???? Electrochemistry Created by F.C. Gan@KMNS2018, Electrolysis based on Standard Electrode Potential / Standard Reduction Potential, Nernst Equation used to determine Cell Potential, Standard Electrode Potential / Standard Reduction Potential to determine Standard Cell Pontential, Electrolytic Cell non-spontaneous reaction Electrolysis, Electrolytic Cell useful in Industrial Application, Aqueous Solution water molecules or anions undergo oxidation at Anode (+), Electrochemistry Created by F.C. Gan@KMNS2018 involves Electrochemical Cell, Function of Salt Bridge to complete the circuit, Aqueous Solution water molecules or cations undergo reduction at Cathode (-), Molten Salt anions undergo oxidation at Anode (+)