A reaction's direction of shift toward equilibrium can be predicted using Q. A reaction will go forward and change reactants into products if K > Q. The reaction will move in the opposite direction, turning reactants into products, if K Q. The system is already in equilibrium if Q = K.
What distinguishes Q and K in an equilibrium situation?
The difference between Q and K must be understood. A reactIon system's Q fluctuates as it gets closer to equilibrium. When equilibrium is attained, at the "end" of the reaction, Q's numerical value is K.
Which of the following will alter an equilibrium constant's value?
a variation in temperature
An equilibrium constant can only be altered by a change in temperature. If you alter the pressure, the equilibrium position could vary.
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