For a chemical reaction `A rarr B`, the rate of reaction increases by a factor of `1.837` when the concentration of `A` is increased by `1.5` time. The order of reaction with respect to `A` is:A. 1B. 1.5C. 2D. 2.5

For a chemical reaction `A rarr B`, the rate of reaction increases by

1.	For a chemical reaction `A rarr B`, the rate of reaction increases by a factor of `1.837` when the concentration of `A` is increased by `1.5` time. The order of reaction with respect to `A` is:A. 1B. 1.5C. 2D. 2.5
Answer» Correct Answer - B Initially rate `(r_(1)) = k [X]^(n)` let n be the order of reaction then,` r_(1) xx 1.837 = k (k(1.5 X)^(n)` dividing (ii) by (i) `1.837 = (1.5)^(n)` `:. N = 1.5` Thus, order of reaction is 1.5

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For a chemical reaction `A rarr B`, the rate of reaction increases by a factor of `1.837` when the concentration of `A` is increased by `1.5` time. The order of reaction with respect to `A` is:A. 1B. 1.5C. 2D. 2.5

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