11.5 When SO3 is decomposed at the constant pressure P and T = 1000 K, the partial pressure of O₂ in the equilibrium gas is 0.05 atm. What is the pressure P? If the pressure of this equilibrated gas is increased to 1 atm, to what value must the temperature be decreased to produce a gas mixture in which po₂ = 0.05 atm?

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11.5 When SO3 is decomposed at the constant pressure P and T = 1000 K, the partial pressure
of O₂ in the equilibrium gas is 0.05 atm. What is the pressure P? If the pressure of this
equilibrated gas is increased to 1 atm, to what value must the temperature be decreased to
produce a gas mixture in which po₂ = 0.05 atm?
Transcribed Image Text:11.5 When SO3 is decomposed at the constant pressure P and T = 1000 K, the partial pressure of O₂ in the equilibrium gas is 0.05 atm. What is the pressure P? If the pressure of this equilibrated gas is increased to 1 atm, to what value must the temperature be decreased to produce a gas mixture in which po₂ = 0.05 atm?
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