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Byju's Answer
Standard XII
Chemistry
Activation Energy
The rate cons...
Question
The rate constant of a reaction is
1.5
×
10
7
S
−
1
a
t
50
o
and
4.5
×
10
7
S
−
1
a
t
100
o
, calculate value of activation energy (Ea) for the reaction.
8.314
J
K
−
1
m
o
l
−
1
Open in App
Solution
l
o
g
k
2
k
1
=
E
a
2.303
×
R
(
1
T
1
−
1
T
2
)
Substituting the values, we get
l
o
g
3
=
E
a
2.303
×
8.314
(
1
323
−
1
373
)
E
a
=
22.01
k
J
m
o
l
−
1
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1
Similar questions
Q.
The rate constant of a reaction is
1.5
×
10
7
s
−
1
at
50
∘
C
and
4.5
×
10
7
s
−
1
at
100
∘
C
. Evaluate the Arrhenius parameter
(
A
)
and the activation energy
(
E
a
)
.
Q.
The rate constant of a reaction is
1.5
×
10
7
s
−
1
at
50
o
C
and
4.5
×
10
7
s
−
1
at
100
o
C
. Calculate the Arrhenius parameter
A
and
E
a
.
Q.
The rate constant of a reaction is
1.5
×
10
7
s
−
1
at
50
∘
C
and
4.5
×
10
7
s
−
1
at
100
∘
C
. The approximate value of Arrhenius parameter
l
o
g
A
and
E
a
respectively, are:
(where, A is frequency factor)
Q.
The rate constant of a reaction is
1.5
×
10
7
s
−
1
at
50
∘
C
and
4.5
×
10
7
s
−
1
at
100
∘
C
.
Calculate the Arrhenius parameter A.
Take
log
(
1.5
)
=
0.18
Q.
The rate constant of a reaction is
1.5
×
10
7
s
−
1
at
50
∘
C
and
4.5
×
10
7
s
−
1
at
100
∘
C
. The value of Arrhenius parameters A is:
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