If the concentration of a Suggest appropriate reactant is increased, more conditions to produce products form until a particular product. equilibrium is reached again. If the concentration of a product is decreased, more reactants react until equilibrium is reached again. 4.7.4.10 (HT only) Interpret appropriate 0.5 Use data to predict the effect Video clip cont. given data to predict of temperature on equilibrium. If the temperature of a YouTube: the effect of a change system at equilibrium is WS 1.2 in temperature on increased: Apply the idea that if a given reactions at the relative amount of reversible reaction is equilibrium. products at equilibrium exothermic in one direction, it Suggest appropriate increases for an is endothermic in the opposite conditions to produce endothermic reaction direction. a particular product. the relative amount of products at equilibrium decreases for an exothermic reaction.
If the concentration of a reactant is increased, more products form until equilibrium is reached again. If the concentration of a product is decreased, more reactants react until equilibrium is reached again. Suggest appropriate conditions to produce a particular product. 4.7.4.10 cont. (HT only) If the temperature of a system at equilibrium is increased: the relative amount of products at equilibrium increases for an endothermic reaction the relative amount of products at equilibrium decreases for an exothermic reaction. Interpret appropriate given data to predict the effect of a change in temperature on given reactions at equilibrium. Suggest appropriate conditions to produce a particular product. 0.5 Use data to predict the effect of temperature on equilibrium. WS 1.2 Apply the idea that if a reversible reaction is exothermic in one direction, it is endothermic in the opposite direction. Video clip YouTube:
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