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(Solved): Arrhenius Equation A(g)+B(g)longrightarrowC(g) The rate law for the above reac ...


​​​​​​​ 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.



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