Asked by Adrianna
The half-life of the first order reaction, A to products, is 53.2 s. What was the original concentration, (A)0 in moles per liter, if after 1.8 minutes, the concentration of A is 0.0783 moles per liter?
Not sure whether to use integrated rate law or half life law?
Not sure whether to use integrated rate law or half life law?
Answers
Answered by
DrBob222
k = 0.693/t<sub>1/2</sub>
Substitute into the expression below for k.
ln(No/N) = kt.
No = unknown
N = 0.0783
t = time. You must change this t to seconds if you use the half life in seconds or you can change the half life in seconds to minutes in which case you make use t in the lower equation in minutes.
Substitute into the expression below for k.
ln(No/N) = kt.
No = unknown
N = 0.0783
t = time. You must change this t to seconds if you use the half life in seconds or you can change the half life in seconds to minutes in which case you make use t in the lower equation in minutes.
Answered by
Adrianna
Thank you!
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