19.) Consider the following reaction, determine the temperature at which it is spontaneous? SO3 (g) + H20 (1) H2SO4 (aq) So 0/ K mol) 256.76 Specie SO3 (g) H20 (U) H2SO4 (aq) AH° (kJ/mol) -395.72 -285.83 69.91 -909.27 20.1 A. 470 °C В. 742 0C С. 1346 0С D. 1073°C E. -271°C

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Please answer 19-20.
19.) Consider the following reaction, determine the temperature at which it is spontaneous?
SO3 (g) + H20 (1) H2SO4 (aq)
So (1/ K mol)
256.76
Specie
SO3 (g)
H20 (1)
H2SO4 (aq)
AHº (kJ/mol)
-395.72
-285.83
69.91
-909.27
20.1
A. 470 °C
B. 742 °C
C. 1346 °C
D. 1073°C
E. -271°C
20.) Ferric oxide is one of the product of rusting. The reaction for the formation of rust is given by:
4Fe + 30z 2FE203
Calculate the Gibbs energy of the reaction, if the Gibbs energy of formation of Fez03 (s) is -742.2
kJ/mol.
A. -742.2 kJ/mol
B. +742.2 kJ/mol
C. -1484 kJ/mol
D. +1484 kJ/mol
E. -371 kJ/mol
Transcribed Image Text:19.) Consider the following reaction, determine the temperature at which it is spontaneous? SO3 (g) + H20 (1) H2SO4 (aq) So (1/ K mol) 256.76 Specie SO3 (g) H20 (1) H2SO4 (aq) AHº (kJ/mol) -395.72 -285.83 69.91 -909.27 20.1 A. 470 °C B. 742 °C C. 1346 °C D. 1073°C E. -271°C 20.) Ferric oxide is one of the product of rusting. The reaction for the formation of rust is given by: 4Fe + 30z 2FE203 Calculate the Gibbs energy of the reaction, if the Gibbs energy of formation of Fez03 (s) is -742.2 kJ/mol. A. -742.2 kJ/mol B. +742.2 kJ/mol C. -1484 kJ/mol D. +1484 kJ/mol E. -371 kJ/mol
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