Various nitrogen oxides, as well as sulfur oxides, con-tribute to acidic rainfall through complex reaction sequences.Nitrogen and oxygen combine during high-temperature combus-tion of fuels in air to form nitrogen monoxide gas, which reactswith more oxygen to form nitrogen dioxide gas. In contact withwater vapor, nitrogen dioxide forms aqueous nitric acid andmore nitrogen monoxide. (a) Write balanced equations for thesereactions. (b) Use the equations to write one overall balancedequation that does notinclude nitrogen monoxide and nitrogendioxide. (c) How many metric tons (t) of nitric acid form when1350 t of atmospheric nitrogen is consumed (1 t =1000 kg)?

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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Various nitrogen oxides, as well as sulfur oxides, con-tribute to acidic rainfall through complex reaction sequences.Nitrogen and oxygen combine during high-temperature combus-tion of fuels in air to form nitrogen monoxide gas, which reactswith more oxygen to form nitrogen dioxide gas. In contact withwater vapor, nitrogen dioxide forms aqueous nitric acid andmore nitrogen monoxide. (a) Write balanced equations for thesereactions. (b) Use the equations to write one overall balancedequation that does notinclude nitrogen monoxide and nitrogendioxide. (c) How many metric tons (t) of nitric acid form when1350 t of atmospheric nitrogen is consumed (1 t =1000 kg)?

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