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Standard XII
Chemistry
Le Chatelier's Principle for Del N Equals to 0
6. At 817^° C...
Question
6. At 817^° C Ko for the reaction b/w CO2 and excess of hot graphite is 10 atm. a) What are the equilibrium concentration of the gases at 817^° C and 5 atm total pressure? b) At what total pressure does the gas contains 5% CO2 by volume?
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Similar questions
Q.
At
817
o
C
,
K
p
for the reaction between
C
O
2
(
g
)
and excess hot graphite (s) is
10
a
t
m
.
(a) What are the equilibrium concentrations of gases at
817
o
C
and a total pressure of
5
a
t
m
?
(b) At what total pressure the gas contains
5
%
C
O
2
by volume?
Q.
At
817
o
C
,
K
p
for the reaction between
C
O
2
(
g
)
and excess of hot graphite (s) is
10
a
t
m
.
(a) What are the equilibrium pressures of the gases at
817
o
C
and a total pressure of
5
a
t
m
?
(b) At what total pressure does the gas contain
5
%
C
O
2
by volume?
Q.
At
817
,
K
p
for the reaction between
C
O
2
(
g
)
and excess hot graphite
(
s
)
is 10 atm.
(a) The sum of equilibrium concentration of the gases at
817
o
C
is X M and a total pressure of 5 atm.
(b) At Y atm total pressure, the gas contains
5
%
C
O
2
by volume.
The value of
1000
(
X
+
Y
)
is ________.
Q.
At
817
o
C
K
p
for the reaction between
C
O
2
and excess hot graphite to form
2
C
O
(
g
)
is
10
.
(i) What is the analysis (mole fraction) of the gases at equilibrium at
817
o
C
and a total pressure of
4
a
t
m
? What is the partial pressure of
C
O
2
at equilirbrium?
(ii) At what total pressure will the gas mixture have
6
%
C
O
2
by volume?
Q.
At
817
0
C
,
K
p
for the reaction between pure
C
O
2
and excess hot graphite to form
2
C
O
(
g
)
is 10 atm.
What is the analysis of the gases at equilibrium at
817
0
C
& a total pressure of 4.0 atm? What is the partial pressure of
C
O
2
at equilibrium?
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