Finding Formulas for Heat Capacity

AI Thread Summary
Formulas for heat capacity in thermodynamics are essential for programming calculations related to substances like Aluminum, Iron, Barium Titanate, and Polyethylene between 298K and 600K. The desired formula typically follows the structure c = A + BT + CT^-2 + DT^-3, where c represents heat capacity and T is temperature, with A, B, C, and D as constants. The user has struggled to find these specific equations through online searches and is seeking recommendations for reliable resources or textbooks. There is a suggestion to look up values directly, but the user emphasizes the need for functional equations for programming purposes. Accessing specialized thermodynamics literature or databases may provide the necessary formulas.
Vivamus
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Homework Statement



I'm needing to write a program for thermodynamics, but before I can write the program, I need to find formulas for the heat capacity of a few substances: Al, Fe, BaTiO3, and Polyethylene. Ideally, I'm looking for equations that explain this behavior between 298K and 600K

Homework Equations



The formula I'm looking for is usually in the following form:
c = A+BT + CT-2 + DT-3

or something similar where:
c= heat capacity
T = temperature
A,B,C,D are constants

The Attempt at a Solution



I have spent some time on google, but either I'm not phrasing my search correctly or am looking in the wrong place. Does anyone have any advice on how to find these formulas? I am at a college university, so are there any good books I should check out on this matter? Thank you for any helps you can offer.
 
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rock.freak667 said:
or do you need an actual function to do it?

Unfortunately, I do need the actual function to write this program. :(
 
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