! A system at constant T.P has its Gibbs free energy depending only on the amounts...

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! A system at constant T.P has its Gibbs free energy depending only on the amounts of its 2 components. (N₁, №₂) The following model fits well for the Gibbs free energy. G RT 2 3N₂² - 2N₁ + a N₁ N₂ N₁ + N₂ A) a) If N₂ is fixed and you are only allowed to remove or add N₁, identify an expression in terms of a, N₁, №₂₂ and RT for the existence of a stable equilibrium. B) 5 Do the same for the case when N₁ is fixed and you are allowed to change N₂ ! A system at constant T.P has its Gibbs free energy depending only on the amounts of its 2 components. (N₁, №₂) The following model fits well for the Gibbs free energy. G RT 2 3N₂² - 2N₁ + a N₁ N₂ N₁ + N₂ A) a) If N₂ is fixed and you are only allowed to remove or add N₁, identify an expression in terms of a, N₁, №₂₂ and RT for the existence of a stable equilibrium. B) 5 Do the same for the case when N₁ is fixed and you are allowed to change N₂

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Lets examine the provided Gibbs free energy model 2 3 2 2 2 2 GRT2 N 3 N 2 2 N 2 N N 2 N A We wish t... View the full answer