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10 Nov 2019
Calculate Delta S degree for the production of ozone from oxygen. 3O_2(g) rightarrow 2O_3(g) S degree = 205 J/(mol middot K) for O_2(g) and 239 J/(mol middot K) for O_3(g) at 25 degree C. +137 J/(mol middot K) -137 J/(mol middot K) +34 J/(mol middot K) -34 J/(mol middot K) +444 J/(mol middot K) For the following reaction at 25 degree C. I_2(g) + C1_2(g) Equilibrium 2ICl(g) Delta H degree = -26.9 kJ and Delta S degree = 11.3 J/K. Calculate Delta G degree for the reaction in kilojoules. 102 kJ 50.6 kJ -30.3 kJ -50.6 kJ +18.4 kJ Vaporization is a process for which Delta H, Delta S, and Delta G are positive at all temperatures. Delta G is positive when vaporization occurs spontaneously. Delta H and Delta S are positive. Delta G is negative at low temperature but positive at high temperature. Delta H and Delta S are negative.
Calculate Delta S degree for the production of ozone from oxygen. 3O_2(g) rightarrow 2O_3(g) S degree = 205 J/(mol middot K) for O_2(g) and 239 J/(mol middot K) for O_3(g) at 25 degree C. +137 J/(mol middot K) -137 J/(mol middot K) +34 J/(mol middot K) -34 J/(mol middot K) +444 J/(mol middot K) For the following reaction at 25 degree C. I_2(g) + C1_2(g) Equilibrium 2ICl(g) Delta H degree = -26.9 kJ and Delta S degree = 11.3 J/K. Calculate Delta G degree for the reaction in kilojoules. 102 kJ 50.6 kJ -30.3 kJ -50.6 kJ +18.4 kJ Vaporization is a process for which Delta H, Delta S, and Delta G are positive at all temperatures. Delta G is positive when vaporization occurs spontaneously. Delta H and Delta S are positive. Delta G is negative at low temperature but positive at high temperature. Delta H and Delta S are negative.
Nelly StrackeLv2
23 May 2019
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