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Byju's Answer
Standard XII
Chemistry
Arrhenius Equation
The rate cons...
Question
The rate constant of a reaction becomes equal to the pre-exponential factor at
temperature.
A
0 K
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B
infinite
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C
1000 K
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Solution
The correct option is
B
infinite
k
=
A
.
e
−
E
a
R
T
As T
→
∞
,
The value of
E
a
R
T
→
0
Therefore,
k
=
A
.
e
−
E
a
R
T
becomes,
k
=
A
.
e
0
Giving,
k
=
A
Suggest Corrections
0
Similar questions
Q.
The rate constant of a reaction will be equal to the pre exponential factor when:
Q.
At what temperature, rate constant is equal to pre-exponential factor ?
Q.
For a first order reaction,
A
⟶
Product, the temperature dependent rate constant (k) was found to follow the equation
l
o
g
k
=
−
2000
T
+
6
calculate the pre-exponential factor (A) and activation energy for the reaction.
Q.
Which of the following is correct according to Arrhenius Theory?
where,
k
: Rate constant
E
a
: Activation energy (in J/mol)
R
: Gas constant
T
: Temperature of reaction (in Kelvin(K))
A
: Arrhenius factor or frequency factor or pre-exponential factor
Q.
Rate constant varies with temperature by the equation
l
o
g
10
K
=
5
–
2000
/
T
. We can conclude that
(
R
=
8.314
J
m
o
l
−
1
K
−
1
)
:-
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