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Equation of state of ideal gases
Principle: The state of a gas is determined by its temperature, its pressure and the amount of substance. For the limiting case of an ideal gas these state variables are linked by the general equation of state, from which special correlations can be derived for specific changes of state.
Tasks: For a constant amount of gas (air) investigate the correlation of
1. Volume and pressure at constant temperature (Boyle and Mariotte's law)
2. Volume and temperature at constant pressure (Gay-Lussac's law)
3. Pressue and temperature at constant volume (Charles' (Amontons' law)) From the relationships obtained calculate the universal gas constant as well as the coefficient of thermal expansion, the coefficient of thermal tension, and the coefficient of cubic compressibility.
| Artikel-Nr. | Artikelbezeichnung |
|---|---|
| P2320101 | Equation of state of ideal gases |
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