The value of K p for the given reaction and volume percent of CO , CO 2 and O 2 is given. Whether the system is at equilibrium with respect to the CO 2 reaction and whether the concentration of CO in the exhaust be decreased or increased by a catalyst that speeds up the CO 2 reaction is to be stated. Concept introduction: The equilibrium constant ( K p ) is used when reactants and products in a chemical reaction are gases. The numerical value of K c is generally different from K p . To determine: Whether the system is at equilibrium with respect to the CO 2 reaction and whether the concentration of CO in the exhaust be decreased or increased by a catalyst that speeds up the CO 2 reaction.
The value of K p for the given reaction and volume percent of CO , CO 2 and O 2 is given. Whether the system is at equilibrium with respect to the CO 2 reaction and whether the concentration of CO in the exhaust be decreased or increased by a catalyst that speeds up the CO 2 reaction is to be stated. Concept introduction: The equilibrium constant ( K p ) is used when reactants and products in a chemical reaction are gases. The numerical value of K c is generally different from K p . To determine: Whether the system is at equilibrium with respect to the CO 2 reaction and whether the concentration of CO in the exhaust be decreased or increased by a catalyst that speeds up the CO 2 reaction.
The value of Kp for the given reaction and volume percent of CO , CO2 and O2 is given. Whether the system is at equilibrium with respect to the CO2 reaction and whether the concentration of CO in the exhaust be decreased or increased by a catalyst that speeds up the CO2 reaction is to be stated.
Concept introduction: The equilibrium constant ( Kp ) is used when reactants and products in a chemical reaction are gases. The numerical value of Kc is generally different from Kp .
To determine: Whether the system is at equilibrium with respect to the CO2 reaction and whether the concentration of CO in the exhaust be decreased or increased by a catalyst that speeds up the CO2 reaction.
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