Doubling the concentration of Ni(CO)4 increased the reaction rate by a factor of 2. Doubling the concentration of L had no effect on the reaction rate. Based on this information, write the rate equation for the reaction. Rate = ____________
The experimental rate constant for the reaction when L = P(C6H5)3 is 9.3x10^-3 s^-1 at 20 °C. If the initial concentration of Ni(CO)4 is 0.021 M, what is the concentration of the product after 6.7 minutes? ___________M
The gubiotuturn af con Ni(C0)s by anecter molecule LIwiterr L ts in thromngar donar auch as PICHs),l was toulitd same years ago and led an understandaag of oftht gener peucples that gavem the chtmuntry af compound having aatal-co Sonda to Ni(CO). Nicols co Ni(CO)st
1. What is the molecularity of each of the elementary reactions?
a.Molecularity of the slow step =
b.Molecularity of the fast step =
2. Doubling the concentration of Ni(CO)4 increased the reaction rate by a factor of 2. Doubling the concentration of had no effect on the reaction rate. Based on this information, write the rate equation for the reaction.
Rate= _____________
(Use k for the rate constant.)
3. The experimental rate constant for the reaction, when L= P(C6H5)3 is 9.3x10-3s-1 , is at 20 °C. If the initial concentration of Ni(CO)4 is 0.021 M, what is the concentration of the product after 1.7 minutes?
