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19 Nov 2019
Now you try it Consider two hypothetical reactions, A>products: One is a first-order reaction with k 1.00 x 10-3 s and an initial concentration, [A]o-2.00 M. The other is a second-order reaction with k 1.00 x 10-3 M-1 s- and an initial concentration, [AJo- 1.00 M. Will graphs of [A] as a function of time have any common points for these two reactions? If so, at approximately what time(s)? earch 10 18 f6
Now you try it Consider two hypothetical reactions, A>products: One is a first-order reaction with k 1.00 x 10-3 s and an initial concentration, [A]o-2.00 M. The other is a second-order reaction with k 1.00 x 10-3 M-1 s- and an initial concentration, [AJo- 1.00 M. Will graphs of [A] as a function of time have any common points for these two reactions? If so, at approximately what time(s)? earch 10 18 f6
Reid WolffLv2
1 May 2019