a) A chemical reaction is found to follow second order kinetics with a rate constant, k= 0.0776 M-1 min-1. If the initia
Posted: Wed May 18, 2022 10:56 am
a) A chemical reaction is found to follow second order
kinetics with a rate constant, k= 0.0776
M-1 min-1. If the initial concentration
of the reactant is 3.18 M, how long (minutes) does it take for the
concentration to reach 1.08 M?
b)The decomposition of a particular chemical reaction follows
zero order kinetics with a rate constant, k =
0.00168 M/s. If the initial concentration of the reactant is 2.41
M, what is the concentration after 849 seconds?
kinetics with a rate constant, k= 0.0776
M-1 min-1. If the initial concentration
of the reactant is 3.18 M, how long (minutes) does it take for the
concentration to reach 1.08 M?
b)The decomposition of a particular chemical reaction follows
zero order kinetics with a rate constant, k =
0.00168 M/s. If the initial concentration of the reactant is 2.41
M, what is the concentration after 849 seconds?