Question: (Fig 12.11): Binary system Acetonitrile (1)/Nitromethane (2) conforms closely to ''s law. Vapor pressures for the pure species are given by the Antoine equations: lnP1sat(kPa)=14.2724T(C)+2242945.47lnP2sat(kPa)=14.2043T(C)+2092972.64

 (Fig 12.11): Binary system Acetonitrile (1)/Nitromethane (2) conforms closely to ''s

(Fig 12.11): Binary system Acetonitrile (1)/Nitromethane (2) conforms closely to ''s law. Vapor pressures for the pure species are given by the Antoine equations: lnP1sat(kPa)=14.2724T(C)+2242945.47lnP2sat(kPa)=14.2043T(C)+2092972.64 a) Prepare a graph showing P ys., , for a T of 75C. (bubble T ) b) Prepare a graph showing P vs. y, for a T of 75C. (dew T) c) Prepare a graph showing T vs. x, for a P of 70kPa. (bubble P ) d) Prepare a graph showing T vs. y for a P of 70kPa. (dew P ) (Fig 12.11): Binary system Acetonitrile (1)/Nitromethane (2) conforms closely to ''s law. Vapor pressures for the pure species are given by the Antoine equations: lnP1sat(kPa)=14.2724T(C)+2242945.47lnP2sat(kPa)=14.2043T(C)+2092972.64 a) Prepare a graph showing P ys., , for a T of 75C. (bubble T ) b) Prepare a graph showing P vs. y, for a T of 75C. (dew T) c) Prepare a graph showing T vs. x, for a P of 70kPa. (bubble P ) d) Prepare a graph showing T vs. y for a P of 70kPa. (dew P )

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!