Question: 1.The Wilson parameters for the system acetone (1)- methanol (2) are obtained form the following values m 3 /mol and m 3 /mol. The vapour

1.The Wilson parameters for the system acetone (1)- methanol (2) are obtained form the following values 1.The Wilson parameters for the system acetone (1)- methanol (2) are obtained m3/mol and form the following values m3/mol and m3/mol. The vapour pressures are given by where P is in kPa and T in in K. Draw m3/mol. The vapour pressures are given by the P-x-y diagram at 333 K. (Use 5 sets of data).1.The Wilson parameters for the system acetone (1)- methanol (2) are obtained form the where P is in kPa and T in in K.

Draw the P-x-y diagram at 333 K. (Use 5 sets of data).1.The Wilson parameters for the system acetone (1)- methanol (2) are obtained form the following values following values m3/mol and m3/mol. The vapour pressures are given by where P is in kPa and T in in K. Draw the P-x-y m3/mol and diagram at 333 K. (Use 5 sets of data). V1= V2= 40.73106 lnP1S=14.39155T43.1982795.817 lnP2S=16.59381T33.43536s44.297 V1= 74.05106 V2= 40.73106 lnP1S=14.39155T43.1982795.817 lnP2S=16.59381T33.43536s44.297 V1= V2= 40.73106 lnP1S=14.39155T43.1982795.817 m3/mol. The vapour pressures are given by lnP2S=16.59381T33.43536s44.297 V1= 74.05106 V2= 40.73106 lnP1S=14.39155T43.1982795.817 lnP2S=16.59381T33.43536s44.297 image text in transcribed where P is in kPa and T in in K.

Draw the P-x-y diagram at 333 K. (Use 5 sets of data).

V1= V2= 40.73106 lnP1S=14.39155T43.1982795.817 lnP2S=16.59381T33.43536s44.297 V1= 74.05106 V2= 40.73106 lnP1S=14.39155T43.1982795.817 lnP2S=16.59381T33.43536s44.297 V1= V2= 40.73106 lnP1S=14.39155T43.1982795.817 lnP2S=16.59381T33.43536s44.297 V1= 74.05106 V2= 40.73106 lnP1S=14.39155T43.1982795.817 lnP2S=16.59381T33.43536s44.297

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer
Step: 1 Unlock blur-text-image
Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock
Step: 3 Unlock

Students Have Also Explored These Related Chemical Engineering Questions!