Determine the molar volumes of the saturated phases

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Reference no: EM131156722

Example 2.3: Determining the Phase

Based only on the Antoine equation given in Example 2.2, determine the phase of water at

(a) 2 bar, 115 °C, and

(b) 20 bar, 300 °C.

Example 2.5:

Locating the State in the Steam Tables

A 12m3 pressurized vessel contains 200 kg of steam at 40 bar. What is the temperature?

Example 2.11:

Solving Cubic Equations for the Volume

Use the van der Waals, the Soave-Redlich-Kwong, and the Peng-Robinson equations to determine the molar volumes of the saturated phases of ethylene at 260 K (the saturation pressure is 30.35 bar). Compare with the tabulated values,
VL = 0.0713 l/mol, VV = 0.456 l/mol.

Reference no: EM131156722

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Determine the molar volumes of the saturated phases : Use the van der Waals, the Soave-Redlich-Kwong, and the Peng-Robinson equations to determine the molar volumes of the saturated phases of ethylene at 260 K (the saturation pressure is 30.35 bar). Compare with the tabulated values,VL = 0.0713 l/m..
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