d) For a reaction where the equilibrium constant is greater than the reaction quotient, as the reaction restores equilibrium the concentration of products will decrease. e) One assumption of kinetic molecular theory is that collisions are elastic, meaning that gas particles do not have intermolecular forces.
d) For a reaction where the equilibrium constant is greater than the reaction quotient, as the reaction restores equilibrium the concentration of products will decrease. e) One assumption of kinetic molecular theory is that collisions are elastic, meaning that gas particles do not have intermolecular forces.
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ChapterU6: Showtime: Reversible Reactions And Chemical Equilibrium
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d and e only please
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Explanation :
D)Statement is false ,if K>Q then in that case reactant will convert into products .If K<Q would have given in the question in that products concentration will decrease .
E)True statement ,because postulates of kinetic theory consider only ideal gas molecules and in ideal gas molecules we don't have intermolecular force of attraction .
Also elastic collision means molecules don't have any attraction .
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