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2 Questions around this concept.
It was introduced by Guldberg and Waage. It states that “the rate at which a substance reacts is directly proportional to its active mass and the rate at which substances react together is directly proportional to the product of their active masses each raised to a power which is equal to the corresponding stoichiometric number the substance present in the chemical reaction".
If active masses of A, B, C and D are [A], [B], [C] and [D] respectively, then:
Rate of reaction of A ∝ [A]
Rate of reaction of B ∝ [B]
V1 ∝ [A] [B] = K1 [A][B]
V2 ∝ [C] [D] = K2 [C][D]
NOTE: Law of mass action is not applicable for solids as for them active mass is always one.
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