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Standard XII
Chemistry
Equilibrium Constant and Standard Free Energy Change
Question
Density of equilibrium mixture of
N
2
O
and
N
O
2
at 1 atm and 384 K is
1.84
g
/
d
m
3
. Equilibrium constant of the following reaction is:
N
2
O
4
⇌
2
N
O
2
1.98 atm
2.09 atm
2.36 atm
1.48 atm
A
1.98 atm
B
2.36 atm
C
2.09 atm
D
1.48 atm
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Solution
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The molecular weight
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Similar Questions
Q1
Density of equilibrium mixture of
N
2
O
and
N
O
2
at 1 atm and 384 K is
1.84
g
/
d
m
3
. Equilibrium constant of the following reaction is:
N
2
O
4
⇌
2
N
O
2
View Solution
Q2
Density of equilibrium mixture of
N
2
O
4
and
N
O
2
at 1 atm and 384 K is 1.84 g
d
m
−
3
. Calculate the equilibrium constant of the given reaction.
N
2
O
4
⇌
2
N
O
2
View Solution
Q3
The density of an equilibrium mixture of
N
2
O
4
and
N
O
2
at 1 atm and 346 K is 1.8 g/L. Calculate
K
C
for the reaction:
N
2
O
4
(
g
)
⇌
2
N
O
2
(
g
)
View Solution
Q4
At
27
o
C
and 1 atm pressure,
N
2
O
4
is 20% dissociation into
N
O
2
. What is the density of equilibrium mixture of
N
2
O
4
and
N
O
2
at
27
o
C
and 1 atm?
View Solution
Q5
The density of an equilibrium mixture of
N
2
O
4
and
N
O
2
at 101.32
K
P
a
is 3.62 g
d
m
3
at 288 K and 1.84 g
d
m
3
at 348 K.
What is the heat of the reaction for the following reaction?
N
2
O
4
⇌
2
N
O
2
(
g
)
View Solution