Consider the reaction A(g) + B(g) D(g) + Heat Which of the following sets of reaction conditions would produce the maximum yield of product? O 100°C, 50 atm O 100°C, 10 atm 100°C, 50 atm, catalyst O 500°C, 50 atm, catalyst O 100°C, 10 atm, catalyst

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Consider the reaction
A(g) + B(g)
D(g) + Heat
Which of the following sets of reaction conditions would produce the
maximum yield of product?
O 100°C, 50 atm
O 100°C, 10 atm
100°C, 50 atm, catalyst
O 500°C, 50 atm, catalyst
O 100°C, 10 atm, catalyst
Transcribed Image Text:Consider the reaction A(g) + B(g) D(g) + Heat Which of the following sets of reaction conditions would produce the maximum yield of product? O 100°C, 50 atm O 100°C, 10 atm 100°C, 50 atm, catalyst O 500°C, 50 atm, catalyst O 100°C, 10 atm, catalyst
The numerical value of the equilibrium constant, K., for the following gas
phase reaction is 0.50 at a certain temperature. When a certain reaction
mixture reaches equilibrium, the concentration of O, is found to be 2.0
M, while the concentration of SO3 is found to be 10 M. What is the
equilibrium concentration of SO2 in this mixture?
2502 + O2
2S03
O 0.50 M
O 10 M
O 0.10 M
O 1.0 M
5.0 M
Transcribed Image Text:The numerical value of the equilibrium constant, K., for the following gas phase reaction is 0.50 at a certain temperature. When a certain reaction mixture reaches equilibrium, the concentration of O, is found to be 2.0 M, while the concentration of SO3 is found to be 10 M. What is the equilibrium concentration of SO2 in this mixture? 2502 + O2 2S03 O 0.50 M O 10 M O 0.10 M O 1.0 M 5.0 M
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