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34. a. b. C. Compound HO(1) HO(g) At 298 K the equilibrium constant for H(g) + O(g) HO(1) AG kJ/mol -237 -229 * 11 zi
34. a. b. C. Compound HO(1) HO(g) At 298 K the equilibrium constant for H(g) + O(g) HO(1) AG kJ/mol -237 -229 * 11 zi tedy quind lips is (g) 00 is larger than the Keq for slipps sdi H(g) + /2O(g) HO(g) will have a value of 1 0 at equilibrium. cannot be computed since data on O and
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