Arrhenius Equation
A(g)+B(g)longrightarrowC(g)
The rate law for the above reaction is:
-d(A)/(d)t=k[A][B]
The rate constant is
1.48\times 10^(-2)Lmol^(-1)s^(-1)
at
316.0\deg C
and
4.14\times 10^(--1)Lmol^(-1)s^(-1)
at
513.0\deg C
.
Use the Arrhenius equation
k=Ae^(-(E_(a))/(R)T)
to:
◻
Calculate
E_(a)
for this reaction.
1 pts
Tries
(0)/(8)
Calculate the rate constant
k
at
392.0\deg C
for this reaction.
1 pts
Tries
(0)/(8)
Calculate the pre-exponential factor
A
for this reaction.