Use the data below to calculate ΔHº for the reaction N2O4(g) + 3CO(g) ➜ N2O(g) + 3CO2(g) Compound Delta H Degree F, kJ/mol CO (g) -110 CO2 (g) -393 N2O(g) +81 N2O4 (g) +9.7 Select one: a.–796 kJ b.–750 kJ c.–778 kJ d.–810 kJ
Use the data below to calculate ΔHº for the reaction N2O4(g) + 3CO(g) ➜ N2O(g) + 3CO2(g) Compound Delta H Degree F, kJ/mol CO (g) -110 CO2 (g) -393 N2O(g) +81 N2O4 (g) +9.7 Select one: a.–796 kJ b.–750 kJ c.–778 kJ d.–810 kJ
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Chapter18: Thermodynamics And Equilibrium
Section: Chapter Questions
Problem 18.20QP: Given the following information at 25C, calculate G at 25C for the reaction 2A(g)+B(g)3C(g)...
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Use the data below to calculate ΔHº for the reaction N2O4(g) + 3CO(g) ➜ N2O(g) + 3CO2(g)
| Compound | Delta H Degree F, kJ/mol |
| CO (g) | -110 |
| CO2 (g) | -393 |
| N2O(g) | +81 |
| N2O4 (g) | +9.7 |
Select one:
a.–796 kJ
b.–750 kJ
c.–778 kJ
d.–810 kJ
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Energy PR amounts right right so usually kilojoules promote your so energy per amount, and the fact that there's four here means that you have to take this entropy of sublimation and multiply it by four.
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