Nitrogen dioxide is the cause of photochemical smog, the brownish haze produced by car exhaust that hangs over many cities. It exists in an equilibrium with dinitrogen tetroxide, which is colourless, as shown below. N₂04(g) + energy → 2NO2(g) colourless reddish brown Based on this equilibrium, smog would be worse: a. at higher air pressures b. when there's less traffic C. d. in the summer time in the winter time
Nitrogen dioxide is the cause of photochemical smog, the brownish haze produced by car exhaust that hangs over many cities. It exists in an equilibrium with dinitrogen tetroxide, which is colourless, as shown below. N₂04(g) + energy → 2NO2(g) colourless reddish brown Based on this equilibrium, smog would be worse: a. at higher air pressures b. when there's less traffic C. d. in the summer time in the winter time
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Chapter1: Chemical Foundations
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
Transcribed Image Text:12. Nitrogen dioxide is the cause of photochemical smog, the brownish haze produced by car exhaust that
hangs over many cities. It exists in an equilibrium with dinitrogen tetroxide, which is colourless, as shown
below.
N₂O4(g) + energy ↔ 2NO2(g)
colourless
reddish brown
Based on this equilibrium, smog would be worse:
a. at higher air pressures
b. when there's less traffic
C.
d.
in the summer time
in the winter time
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