Experiments have shown that at 60°C and 1 atm total pressure, the equilib- rium ratio of NO, to N,O̟ in moles in a closed vessel is exactly 2:1. a) Calculate the equilibrium constant, Ke, for the dissociation of 1 mole of N,O, into 2 moles of NO,. b) By measuring the intensity of the brown color of NO,, an experimenter determines that 0.30 mole of NO, is present in a 1-liter flask in which equilibrium has been established with N,O, at 60°C. Calculate the number of moles of N,O, present.

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13. Experiments have shown that at 60°C
and 1 atm total pressure, the equilib-
rium ratio of NO, to N,O4 in moles in a
closed vessel is exactly 2:1.
a) Calculate the equilibrium constant,
Ke, for the dissociation of 1 mole of
N,O, into 2 moles of NO,2.
b) By measuring the intensity of the
brown color of NO,, an experimenter
determines that 0.30 mole of NO, is
present in a 1-liter flask in which
equilibrium has been established
with N,O4 at 60°C. Calculate the
number of moles of N,O4 present.
Transcribed Image Text:13. Experiments have shown that at 60°C and 1 atm total pressure, the equilib- rium ratio of NO, to N,O4 in moles in a closed vessel is exactly 2:1. a) Calculate the equilibrium constant, Ke, for the dissociation of 1 mole of N,O, into 2 moles of NO,2. b) By measuring the intensity of the brown color of NO,, an experimenter determines that 0.30 mole of NO, is present in a 1-liter flask in which equilibrium has been established with N,O4 at 60°C. Calculate the number of moles of N,O4 present.
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