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(20 pts) The heat capacity of CO_(2(9)) between 30deg C and 100deg C is given by the following equation C_(p)=26.65+42.3times 10^(-3)(T)/(K)-142.4times 10^(-7)(T^(2))/(K^(2)) in JK^(-1)mol^(-1) .
(20 pts) The heat capacity of
CO_(2(9))
between
30\\\\deg C
and
100\\\\deg C
is given by the following equation\
C_(p)=26.65+42.3\\\\times 10^(-3)(T)/(K)-142.4\\\\times 10^(-7)(T^(2))/(K^(2))
in
JK^(-1)mol^(-1)
.\ (a) Calculate the enthalpy change and (b) the entropy change between
30\\\\deg C
and
100\\\\deg C
.
6. (20 pts) The heat capacity of CO2(9) between 30C and 100C is given by the following equation Cp=26.65+42.3103T/K142.4107T2/K2 in JK1mol1. (a) Calculate the enthalpy change and (b) the entropy change between 30C and 100C
(20 pts) The heat capacity of
CO_(2(9))
between
30\\\\deg C
and
100\\\\deg C
is given by the following equation\
C_(p)=26.65+42.3\\\\times 10^(-3)(T)/(K)-142.4\\\\times 10^(-7)(T^(2))/(K^(2))
in
JK^(-1)mol^(-1)
.\ (a) Calculate the enthalpy change and (b) the entropy change between
30\\\\deg C
and
100\\\\deg C
.
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