Use the equilibrium data of Acetone (Ac) and Chloroform (Chl) at 35C given in the Figure...
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Use the equilibrium data of Acetone (Ac) and Chloroform (Chl) at 35°C given in the Figure Q4 below: i. Find the vapor pressures of pure (Ac) and (Chl). ii. Find the Convention I activity and activity coefficients for (Ac) and (Chl) for XChl,liquid=0.3. iii. Find the Henry's Law constants assuming first (Chl) is solute and then (Ac) is solute. iv. Find the Convention II activity and activity coefficient taking acetone as the solvent for XChl,liquid=0.3. V. Find the Convention II activity and activity coefficient taking chloroform as the solvent for XAc,liquid=0.3. 400 P/torr 350 300 250 200 150 100 50 Figure Q4. 0,2 0,4 XChl 0,6 0,8 Use the equilibrium data of Acetone (Ac) and Chloroform (Chl) at 35°C given in the Figure Q4 below: i. Find the vapor pressures of pure (Ac) and (Chl). ii. Find the Convention I activity and activity coefficients for (Ac) and (Chl) for XChl,liquid=0.3. iii. Find the Henry's Law constants assuming first (Chl) is solute and then (Ac) is solute. iv. Find the Convention II activity and activity coefficient taking acetone as the solvent for XChl,liquid=0.3. V. Find the Convention II activity and activity coefficient taking chloroform as the solvent for XAc,liquid=0.3. 400 P/torr 350 300 250 200 150 100 50 Figure Q4. 0,2 0,4 XChl 0,6 0,8
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To find the various properties and coefficients as requested we can use the given equilibrium data for Acetone Ac and Chloroform Chl at 35C It appears ... View the full answer
Related Book For
Elementary Principles of Chemical Processes
ISBN: 978-0471720638
3rd Edition
Authors: Richard M. Felder, Ronald W. Rousseau
Posted Date:
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