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The value of x and y in the given reaction should be determined. Concept introduction: The standard cell potential ( E° ) is known as cell potential when both the products and reactants are in their standard states. Gibbs free energy ( ΔG° ) is the energy associated with reaction which can be used to do work Relationship between Gibbs free energy ( ΔG° ) and standard cell potential ( E° ). ΔG° = − nFE° F is Faraday’ constant whose value is 96500 C/mole n is the number of electrons transferred. Given: E°= 0 .91 V ΔG°= − 527 kJ 2A x+ +3B → 2A+3B y+
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Question Text | The value of x and y in the given reaction should be determined. Concept introduction: The standard cell potential ( E° ) is known as cell potential when both the products and reactants are in their standard states. Gibbs free energy ( ΔG° ) is the energy associated with reaction which can be used to do work Relationship between Gibbs free energy ( ΔG° ) and standard cell potential ( E° ). ΔG° = − nFE° F is Faraday’ constant whose value is 96500 C/mole n is the number of electrons transferred. Given: E°= 0 .91 V ΔG°= − 527 kJ 2A x+ +3B → 2A+3B y+ |
Topic | All topics |
Subject | Chemistry |
Class | Class 12 |