A + 2B → CThe constant pressure heat capacity of A, B, and C areC₂ (A) = a₁ +7Cp(B) = a2 + CzT2+1/3+TCp (C) = a3 ++ C3T²a₁, A2, A3, b₁, b3, C2, C3 are constants. Derive a more accurate Kirchhoff's law that reflects thisreaction.

Kirchoff's law describes the change in the standard enthalpy of reaction with temperature and is…

A + 2B → C The constant pressure heat capacity of A, B, and C are b₁ Cp (A) = a₁ + T Cp(B) = a2 + czT b3 + 01/27 + C₂T² Cp (C) = a3 + a₁, A2, A3, b₁, b3, C2, C3 are constants. Derive a more accurate Kirchhoff's law that reflects this reaction.

A + 2B → C The constant pressure heat capacity of A, B, and C are b₁ Cp (A) = a₁ + T Cp(B) = a2 + czT b3 + 01/27 + C₂T² Cp (C) = a3 + a₁, A2, A3, b₁, b3, C2, C3 are constants. Derive a more accurate Kirchhoff's law that reflects this reaction.

Physical Chemistry

2nd Edition

ISBN:9781133958437

Author:Ball, David W. (david Warren), BAER, Tomas

Publisher:Ball, David W. (david Warren), BAER, Tomas

Chapter2: The First Law Of Thermodynamics

Section: Chapter Questions

Problem 2.56E: What are the numerical values of the heat capacities c-v and c-p of a monatomic ideal gas,in units...

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Question

A + 2B → C
The constant pressure heat capacity of A, B, and C are
C₂ (A) = a₁ +7
Cp(B) = a2 + CzT2
+1/3+
T
Cp (C) = a3 +
+ C3T²
a₁, A2, A3, b₁, b3, C2, C3 are constants. Derive a more accurate Kirchhoff's law that reflects this
reaction.

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