Asked by -
For the reaction
I_2(s)+Cl_2(g) ==> 2ICl(g)
ÄH= 36kJ, ÄS= 158.8J/K at 25° C. Calculate the temperature at which Keq is 4.0*10^3.
ÄG= ÄH- TÄS
= 36 - (298)(0.1588)
= -11.32
ÄG= -RTlnK
-11.32= -8.31Tln(4*10^3)
-11.32= -6892.35 T
T= .00164
correct answer = 128°C
=
I_2(s)+Cl_2(g) ==> 2ICl(g)
ÄH= 36kJ, ÄS= 158.8J/K at 25° C. Calculate the temperature at which Keq is 4.0*10^3.
ÄG= ÄH- TÄS
= 36 - (298)(0.1588)
= -11.32
ÄG= -RTlnK
-11.32= -8.31Tln(4*10^3)
-11.32= -6892.35 T
T= .00164
correct answer = 128°C
=
Answers
Answered by
Anonymous
T = ΔH/(ΔS - R*ln(Keq))
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