If [A] is the concentration of A at any time t and `[A]_(0) ` is the concentration at t=0 , then for the `1^(st) ` order reaction , the rate equation
If [A] is the concentration of A at any time t and `[A]_(0) ` is the concentration at t=0 , then for the `1^(st) ` order reaction , the rate equation can be written as _____.
A. `k=(2.303)/(t) log "" ([A])/([A_(0)])`
B. `kt = 2.303 log ""([A_(0)])/([A])`
C. `k=(2.303)/(t)log""([A_(0)])/([A_(0)]-[A])`
D. `k= (2.303)/(t)l n ([A_(0)])/([A])`
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