Problem Set 2: Difference between revisions
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Use the ''Van der Waals equation'' to calculate the critical behavior of: | Use the ''Van der Waals equation'' to calculate the critical behavior of: | ||
1) the specific heat <math>C_V</math>, | 1) the specific heat <math>C_V</math>, | ||
2) the isothermal compressibility <math>\kappa_T</math>, and | 2) the isothermal compressibility <math>\kappa_T</math>, and | ||
3) the reduced density jump <math>v = | V - V_c |/V_c </math> (across the first order transition line). | 3) the reduced density jump <math>v = | V - V_c |/V_c </math> (across the first order transition line). | ||
Determine the corresponding critical exponents. | Determine the corresponding critical exponents. |
Revision as of 23:06, 19 January 2009
Critical behavior at the liquid-gas critical point
Use the Van der Waals equation to calculate the critical behavior of:
1) the specific heat ,
2) the isothermal compressibility , and
3) the reduced density jump (across the first order transition line).
Determine the corresponding critical exponents.