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15.15

Posted: Sun Mar 04, 2018 6:34 pm
by Jesus Rodriguez 1J
Would the answer to this problem be considered to be a second order because it relies on both of the concentrations or would it be a first order because both concentrations are first order?

Re: 15.15

Posted: Sun Mar 04, 2018 6:40 pm
by Danah Albaaj 1I
The reaction would be first order because the reaction rate is increased in direct proportion to each reactant's concentration.

Re: 15.15

Posted: Sun Mar 04, 2018 6:57 pm
by Nhan Nguyen 2F
If you increase or decrease a concentration and its rate of reaction also increases or decreases at the same rate, you have a first order reaction