The temperature is raised. Heat can be considered a reactant in an exothe reaction will shift to the right. As the temperatur ic reaction and a product in an endothermic reaction. As the temperature is increased, an endothermic increased, an exothermic reaction will shift to the left. Heat can be considered a reactant in an endoth reaction will shift to the right. As the temperature s increased, an exothermic reaction will shift to the left. mic reaction and a product in an exothermic reaction. As the temperature is decreased, an endothermic Heat can be considered a reactant in an endothermic reaction and a product in an exothermic reaction. As the temperature is increased, an endothermic reaction will shift to the right. As the temperature is increased, an exothermic reaction will shift to the left. Heat can be considered a reactant in an endothermic reaction and a product in an exothermic reaction. As the temperature is increased, an endothermic reaction will shift to the left. As the temperature is decreased, an exothermic reaction will shift to the left.
The temperature is raised. Heat can be considered a reactant in an exothe reaction will shift to the right. As the temperatur ic reaction and a product in an endothermic reaction. As the temperature is increased, an endothermic increased, an exothermic reaction will shift to the left. Heat can be considered a reactant in an endoth reaction will shift to the right. As the temperature s increased, an exothermic reaction will shift to the left. mic reaction and a product in an exothermic reaction. As the temperature is decreased, an endothermic Heat can be considered a reactant in an endothermic reaction and a product in an exothermic reaction. As the temperature is increased, an endothermic reaction will shift to the right. As the temperature is increased, an exothermic reaction will shift to the left. Heat can be considered a reactant in an endothermic reaction and a product in an exothermic reaction. As the temperature is increased, an endothermic reaction will shift to the left. As the temperature is decreased, an exothermic reaction will shift to the left.
Chapter13: Chemical Equilibrium
Section: Chapter Questions
Problem 10RQ: The only stress (change) that also changes the value of K is a change in temperature. For an...
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Transcribed Image Text:Part D
The temperature is raised.
Heat can be considered a reactant in an exothe
reaction will shift to the right. As the temperatur
ic reaction and a product in an endothermic reaction. As the temperature is increased, an endothermic
increased, an exothermic reaction will shift to the left.
Heat can be considered a reactant in an endoth
reaction will shift to the right. As the temperature s increased, an exothermic reaction will shift to the left.
mic reaction and a product in an exothermic reaction. As the temperature is decreased, an endothermic
Heat can be considered a reactant in an endothermic reaction and a product in an exothermic reaction. As the temperature is increased, an endothermic
reaction will shift to the right. As the temperature is increased, an exothermic reaction will shift to the left.
Heat can be considered a reactant in an endothermic reaction and a product in an exothermic reaction. As the temperature is increased, an endothermic
reaction will shift to the left. As the temperature is decreased, an exothermic reaction will shift to the left.
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