Wednesday
November 26, 2014

Homework Help: Chemistry

Posted by Sara on Friday, June 28, 2013 at 4:30pm.

The half-life for the second-order reaction of a substance A is 58.2 s when A0 = 0.63 mol L-1 Calculate the time needed for the concentration of A to decrease to the following values.

(a) one-third of its original value


(b) one-sixth of its original value


(c) one-seventh of its original value

Answer this Question

First Name:
School Subject:
Answer:

Related Questions

Chemistry - The half-life for the second-order reaction of a substance A is 55.8...
Chemistry(Please check) - 8. The half-life of a reaction was found to be ...
chemistry - The half-life of a reaction was found to be inversely dependent on ...
chemistry - The half-life of a reaction was found to be inversely dependent on ...
chemistry - The half-life of a reaction was found to be inversely dependent on ...
Second order half life - At 100 degrees C , a certain substance undergoes second...
Chemistry - if the initial concentration of the reactant in the first order ...
Chemistry - Ethane, C2H6, forms ĚCH3 radicals at 700.░C in a first-order ...
Chemistry 2 - For a second order reaction A <--> B, calculate the t1/2 (...
chemistry - Butadiene, C4H6, in the gas phase undergoes a reaction to produce ...

Search
Members