Toluene is evaporated into dry air. The resulting mixture and pressure 101.3 kPa has a percentage saturation of 50%. It is desired to condense 80% of the toluene in the mixture by a process of cooling...


Toluene is evaporated<br>into dry air. The resulting<br>mixture and pressure 101.3<br>kPa has a percentage<br>saturation of 50%. It is<br>desired to condense 80% of<br>the toluene in the mixture<br>by a process of cooling<br>and compressing. If the<br>temperature is reduced to<br>5°C, determine the pressure<br>to which gas must be<br>compressed.(for toluene<br>A = 16.0137 , B= 3096.52,<br>C=-53.67).<br>%3D<br>

Extracted text: Toluene is evaporated into dry air. The resulting mixture and pressure 101.3 kPa has a percentage saturation of 50%. It is desired to condense 80% of the toluene in the mixture by a process of cooling and compressing. If the temperature is reduced to 5°C, determine the pressure to which gas must be compressed.(for toluene A = 16.0137 , B= 3096.52, C=-53.67). %3D

Jun 08, 2022
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