reversible reaction no longer in equilibrium
can someone check this:
the forwards example is exothermic
if you increase the temperature then there will be a decrease in the amount of product being formed and the reversible reaction is no longer in equilibrium. In order to get the reversible reaction in a state of equilibrium the equilibrium shifts towards the endothermic reaction so that the temperature decreases and more of the reactant is formed
the forwards example is exothermic
if you increase the temperature then there will be a decrease in the amount of product being formed and the reversible reaction is no longer in equilibrium. In order to get the reversible reaction in a state of equilibrium the equilibrium shifts towards the endothermic reaction so that the temperature decreases and more of the reactant is formed
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