Use equation 9 to predict the initial rate if [NO]inital = 0.03 M and [H2]inital = 0.15M. What would happen to the initi
Posted: Mon May 02, 2022 6:07 pm
Use equation 9 to predict the initial rate if [NO]inital
= 0.03 M and [H2]inital = 0.15M.
What would happen to the initial rate of the reaction if
[NO]inital = 0.60 M and [H2]inital = 0.15 M instead. Does your
result make sense in terms of the order of the
reaction?
Assuming the concentration are expressed in moles per
liter and time in seconds, what are the units of the rate constant,
k, for an overall first order rate law? Show your
work.
What are the units of k for an overall second order rate
law? Show your work.
Using these two rate constants as examples, write a
general rule to explain how the units of the rate constant depend
on the overall order of the rate law.
Write the general form of the rate law for the reaction
in Equation 9.
= 0.03 M and [H2]inital = 0.15M.
What would happen to the initial rate of the reaction if
[NO]inital = 0.60 M and [H2]inital = 0.15 M instead. Does your
result make sense in terms of the order of the
reaction?
Assuming the concentration are expressed in moles per
liter and time in seconds, what are the units of the rate constant,
k, for an overall first order rate law? Show your
work.
What are the units of k for an overall second order rate
law? Show your work.
Using these two rate constants as examples, write a
general rule to explain how the units of the rate constant depend
on the overall order of the rate law.
Write the general form of the rate law for the reaction
in Equation 9.