A mixture of 7.19 mol N, and 25.93 g NO is heated in a closed vessel to 2000 °C. After heating, the total pressure of the mixture at equilibrium is 3.14 atm. N,(g) + O,(g) = 2 NO(g) Kp = 0.101 at 2000°C In which direction does the reaction proceed after heating to 2000 °C? ) The reaction is at equilibrium. The reaction proceeds toward the reactants. ) The reaction proceeds toward the products. Calculate the equilibrium partial pressures of N, , 02 , and NO at 2000 °C. PN, atm Po, atm = PNO = atm

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A mixture of 7.19 mol N, and 25.93 g NO is heated in a closed vessel to 2000 °C. After heating, the total pressure of the
mixture at equilibrium is 3.14 atm.
N, (g) + 0,(g) =2 NO(g)
Kp = 0.101 at 2000°C
In which direction does the reaction proceed after heating to 2000 °C?
The reaction is at equilibrium.
The reaction proceeds toward the reactants.
The reaction proceeds toward the products.
Calculate the equilibrium partial pressures of N, , 0, , and NO at 2000 °C.
PN,
atm
Po,
atm
PNO =
atm
Transcribed Image Text:A mixture of 7.19 mol N, and 25.93 g NO is heated in a closed vessel to 2000 °C. After heating, the total pressure of the mixture at equilibrium is 3.14 atm. N, (g) + 0,(g) =2 NO(g) Kp = 0.101 at 2000°C In which direction does the reaction proceed after heating to 2000 °C? The reaction is at equilibrium. The reaction proceeds toward the reactants. The reaction proceeds toward the products. Calculate the equilibrium partial pressures of N, , 0, , and NO at 2000 °C. PN, atm Po, atm PNO = atm
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