In the previous question, you had to calculate the the standardFree Energy Change (?G^o) in order to solve for theequilibrium constant, K, for the reaction:

N₂(g) + 3H₂(g) ?2NH₃(g)

This is the Free Energy measured under standardconditions, when the reaction is started with 1.0 M ofeach of the three gases present. Calculate thenon-standard Free Energy change (?G) at 298 K,given the following non-standard initial partial pressures of thethree gases. Answer in kJ.
?G_f^o = -16.6 kJ/mol for NH₃ (g) at298 K

partial pressure (atm)

N₂ 1.0

H₂ 0.04

NH₃ 1.9

? G =

Question

In the previous question, you had to calculate the the standardFree Energy Change (?G^o) in order to solve for theequilibrium constant, K, for the reaction:

N₂(g) + 3H₂(g) ?2NH₃(g)

This is the Free Energy measured under standardconditions, when the reaction is started with 1.0 M ofeach of the three gases present. Calculate thenon-standard Free Energy change (?G) at 298 K,given the following non-standard initial partial pressures of thethree gases. Answer in kJ.
?G_f^o = -16.6 kJ/mol for NH₃ (g) at298 K

	partial pressure (atm)
N₂	1.0
H₂	0.04
NH₃	1.9

? G =

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