(2) Calculate thermal expansion coefficient a = (7) and isothermal compressibility k = р - (3) for the following gases: T (a) Ideal gas (1 mol), pV = RT (b) Van der Waals gas (1 mol), (p + 2) (V − b) = RT (c) Non-ideal gas (1 mol), pV = RT (1 − B(T)) (B is called second virial coefficient)
(2) Calculate thermal expansion coefficient a = (7) and isothermal compressibility k = р - (3) for the following gases: T (a) Ideal gas (1 mol), pV = RT (b) Van der Waals gas (1 mol), (p + 2) (V − b) = RT (c) Non-ideal gas (1 mol), pV = RT (1 − B(T)) (B is called second virial coefficient)
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(2) Calculate thermal expansion coefficient a = (3) and isothermal compressibility k =
V
1
(3) for the following gases:
v
T
(a) Ideal gas (1 mol), pV
(b) Van der Waals gas (1 mol), (p + 2) (V − b) = RT
(c) Non-ideal gas (1 mol), pV = RT (1 – 1 B(T)) (B is called second virial coefficient)
= RT
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Step 1: Thermal expansion coefficient and isothermal compressibility for ideal gas
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VIEWStep 4: Thermal expansion coefficient for non-ideal gas
VIEWStep 5: Isothermal compressibility for non-ideal gas
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