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The real gas behavior of ethanol can be expressed by using the following Virial equation model for the compressibility factor: Z = 1 + (BP/RT),
The real gas behavior of ethanol can be expressed by using the following Virial equation model for the compressibility factor: Z = 1 + (BP/RT), where B=-3.88x10^-4 m3/mol The system is compressed from 2x10^5 Pa at 500K to 1.5x10^6 Pa and T2. If the change in enthalpy is 500J/mol, find T2. Use Cp constant and equal to its value at 500K. Use residual properties but do not use Pitzer to answer this question.
2. (39)The real gas behavior of ethanol can be expressed by using the following Virial equation model for the compressibility factor: The system is compressed from 2105Pa at 500K to 1.5106Pa and T2. If the change in enthalpy is 500J/mol, find T2. Use Cp constant and equal to its value at 500K. Use residual properties but do not use Pitzer to answer thisStep by Step Solution
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