For the reaction: at 25°C, the equilibrium constant is 7.0 × . (i) Calculate the standard Gibbs energy formations of water at 25°C. (ii) ΔH°() = – 280 kJ . Calculate the entropy change for the reaction.

For the reaction: at 25°C, the equilibrium constant is 7.0 × . (i

1.	For the reaction: at 25°C, the equilibrium constant is 7.0 × . (i) Calculate the standard Gibbs energy formations of water at 25°C. (ii) ΔH°() = – 280 kJ . Calculate the entropy change for the reaction.
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