Heating 4.5 mol O₂ at a constant external pressure results in the temperature changing from 264K to 350K. The constant pressure molar heat capacity of O2 is given by Cp = 29.96 + (4.18 * 10−³K−¹) * T - (J/mol - K) Calculate the change in entropy, AS, for this heating process. 1.67 * 105K² T²
Heating 4.5 mol O₂ at a constant external pressure results in the temperature changing from 264K to 350K. The constant pressure molar heat capacity of O2 is given by Cp = 29.96 + (4.18 * 10−³K−¹) * T - (J/mol - K) Calculate the change in entropy, AS, for this heating process. 1.67 * 105K² T²
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Transcribed Image Text:Heating 4.5 mol O₂ at a constant external pressure results in the temperature changing from 264K
to 350K. The constant pressure molar heat capacity of O2 is given by
Cp
(J/mol - K)
Calculate the change in entropy, AS, for this heating process.
=
29.96+ (4.18 * 10−³K−¹) * T -
-
1.67 * 105K²
T²
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