The gas phase system below is at equilibrium at 200°C with the following partial pressures: 0.20 atm A, 0.20 atm B, 0.10 atm C, and 0.40 atm D. If an additional 0.30 atm C is introduced into the reaction vessel, what will be the partial pressure of C at 200°C when equilibrium is re-established?

The gas phase system below is at equilibrium at 200°C with the following partial pressures: 0.20 atm A, 0.20 atm B, 0.10 atm C, and 0.40 atm D. If an additional 0.30 atm C is introduced into the reaction vessel, what will be the partial pressure of C at 200°C when equilibrium is re-established?

The gas phase system below is at equilibrium at 200°C with the following partial pressures: 0.20 atm A, 0.20 atm B, 0.10 atm C, and 0.40 atm D. If an additional 0.30 atm C is introduced into the reaction vessel, what will be the partial pressure of C at 200°C when equilibrium is re-established?



A(g) + B(g) C(g) + D(g)

a. 0.60 atm
b. 0.30 atm
c. 0.50 atm
d. 0.75 atm
e. 0.45 atm


Answer: b. 0.30 atm


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