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For two first order reactions having same concentration of and at
CHEMISTRY · Subjective · A Level · Chemistry · Kinetics · Kinetics
Problem
For two first order reactions having same concentration of
A
A
A
and
B
B
B
at
t
=
0
t=0
t
=
0
, use the given data to calculate the temperature at which both occurs with same rate.
Reaction I
A
⟶
Z
;
K
1
=
10
16
e
−
(
3000
T
)
\text{Reaction I} \quad A \longrightarrow Z; \quad K_1 = 10^{16} e^{-\left(\frac{3000}{T}\right)}
Reaction I
A
⟶
Z
;
K
1
=
1
0
16
e
−
(
T
3000
)
Reaction II
B
⟶
Y
;
K
2
=
10
15
e
−
(
2000
T
)
\text{Reaction II} \quad B \longrightarrow Y; \quad K_2 = 10^{15} e^{-\left(\frac{2000}{T}\right)}
Reaction II
B
⟶
Y
;
K
2
=
1
0
15
e
−
(
T
2000
)
Related theory
Arrhenius Equation
Chemical Kinetics
Temperature Dependence of Rate
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