For the reaction A to B which a mol/dm3 is the initial concentration of A and after time t, x mil/dm3 of A decomposes.The rate of reaction depends on the first power of A for which the rate constant K is
1. K= -(1/t)log(a-x)
2. K= -(1/t) log[a/(a-x) ]
3. K= (2.303/t)log [a/(a-x) ]
4. K= (2.303/t)log[(a-x/a]
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Answer.The rate of chemical reactions depends on the temperature, concentration of the reactants, size of the particles reacting and whether there are any catalysts present. When the temperature is increased, the average kinetic energy of the particles present is increased
Explanation:
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Answer:
K=(2. 303/t)log[(a-x)/a]
Explanation:
Rate constant may be defined as the rate of reaction when the molar concentration of each reactant is taken as unity.
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