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Physical/Organic/Inorganic Chemistry
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In the study of Redox Reactions, a reaction at standard temperature follows the relationship $PV = nRT$. What happens to the system if the concentration of reactants is doubled?A The rate constant doubles.B The equilibrium shifts to the right, favoring products.C The Gibbs free energy $\Delta G$ becomes zero.D The activation energy $E_a$ is halved.
According to Le Chatelier's principle and equations like $PV = nRT$ in Redox Reactions, increasing reactant concentration favors product formation.
In Redox Reactions, the reaction quotient $Q$ decreases when reactant concentration increases. Based on $PV = nRT$, the system drives forward to restore equilibrium.