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CO@ + H2O@) → CO2@) + H2G) () After the carbon dioxide gas is removed by dissolving it in water, the hydrop reacts with nitrogen in the air to form ammonia. N2G) + 3 H2g) → 2 NH3G) 5. Nitric acid, required in the production of nitrate fertilizers, is produced from ammonia by the Ostwald process. Use standard enthalpies of formation to calcu late the enthalpy changes in each of the following systems. (a) 4 NH3G) + 5 O2g) → 4 NO) + 6 H,0@ (b) 2 NO + O2(g) → 2 NO29) C) 3 NO2G) + H200 → 2 HNO3) + NO) (), Making Connections 6. Energy is used in the manufacture of fertilizers, to grow crops. We then extract food energy from these crops. la) Trace the energy path through the various steps in this process. 0) If more thermal energy is put into the process than food energy is gained fr the process, should we abandon the practice of manufacturing fertilizers?

CO@ + H2O@) → CO2@) + H2G) () After the carbon dioxide gas is removed by dissolving it in water, the hydrop reacts with nitrogen in the air to form ammonia. N2G) + 3 H2g) → 2 NH3G) 5. Nitric acid, required in the production of nitrate fertilizers, is produced from ammonia by the Ostwald process. Use standard enthalpies of formation to calcu late the enthalpy changes in each of the following systems. (a) 4 NH3G) + 5 O2g) → 4 NO) + 6 H,0@ (b) 2 NO + O2(g) → 2 NO29) C) 3 NO2G) + H200 → 2 HNO3) + NO) (), Making Connections 6. Energy is used in the manufacture of fertilizers, to grow crops. We then extract food energy from these crops. la) Trace the energy path through the various steps in this process. 0) If more thermal energy is put into the process than food energy is gained fr the process, should we abandon the practice of manufacturing fertilizers?

Chemistry: The Molecular Science
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter12: Chemical Equilibrium
Section: Chapter Questions
Problem 84QRT
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please answer #5 b
CO + H20g) → CO29) + H2G) (e) After the carbon dioxide gas is removed by dissolving it in water, the hydrogen reacts with nitrogen in the air to form ammonia. N2G) + 3 H2g) → 2 NH3G) 5. Nitric acid, required in the production of nitrate fertilizers, is produced from ammonia by the Ostwald process. Use standard enthalpies of formation to calcu- late the enthalpy changes in each of the following systems. (a) 4 NH3G) + 5 02g) → 4 NO) + 6 H20G) (b) 2 NOO) + 02g) → 2 NO29) © 3 NO2G) + H200 → 2 HNO30) + NO Making Connections 6. Energy is used in the manufacture of fertilizers, to grow crops. We then extract food energy from these crops. la) Trace the energy path through the various steps in this process. 0) If more thermal energy is put into the process than food energy is gained from the process, should we abandon the practice of manufacturing fertilizers? Discuss.
Transcribed Image Text:CO + H20g) → CO29) + H2G) (e) After the carbon dioxide gas is removed by dissolving it in water, the hydrogen reacts with nitrogen in the air to form ammonia. N2G) + 3 H2g) → 2 NH3G) 5. Nitric acid, required in the production of nitrate fertilizers, is produced from ammonia by the Ostwald process. Use standard enthalpies of formation to calcu- late the enthalpy changes in each of the following systems. (a) 4 NH3G) + 5 02g) → 4 NO) + 6 H20G) (b) 2 NOO) + 02g) → 2 NO29) © 3 NO2G) + H200 → 2 HNO30) + NO Making Connections 6. Energy is used in the manufacture of fertilizers, to grow crops. We then extract food energy from these crops. la) Trace the energy path through the various steps in this process. 0) If more thermal energy is put into the process than food energy is gained from the process, should we abandon the practice of manufacturing fertilizers? Discuss.
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