The composition of acetone (1) and water (2) at equilibrium is x = 0.3 and y = 0.63 at 323.15 K and31.79kPa. The saturation pressure of the pure components acetone (1) and water (2) are P = 81.32 kPa...

The composition of acetone (1) and water (2) at equilibrium is x = 0.3 and y = 0.63 at<br>323.15 K and31.79kPa. The saturation pressure of the pure components acetone (1) and<br>water (2) are P = 81.32 kPa and P, = 12.33 kPa .Calculate the value of G / RT for the<br>%3D<br>liquid phase.<br>a) 0.553<br>b) 0.286<br>c) 0.156<br>d) 0.428<br>

Extracted text: The composition of acetone (1) and water (2) at equilibrium is x = 0.3 and y = 0.63 at 323.15 K and31.79kPa. The saturation pressure of the pure components acetone (1) and water (2) are P = 81.32 kPa and P, = 12.33 kPa .Calculate the value of G / RT for the %3D liquid phase. a) 0.553 b) 0.286 c) 0.156 d) 0.428

Jun 08, 2022

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The composition of acetone (1) and water (2) at equilibrium is x = 0.3 and y = 0.63 at 323.15 K and31.79kPa. The saturation pressure of the pure components acetone (1) and water (2) are P = 81.32 kPa...

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