IV. TERNARY PHASE DIAGRAM-(ON MASS PERCENT BASIS) The ternary phase diagram of components A, B and C on mass percent basis is given below. One of the tie line is shown on the diagram. A ternary mixture is prepared by mixing 5 g of A, 12.5 g of B and 7.5 g of c. a) Show the one phase and two-phase regions on the graph. b) Indicate the mixture point on the graph. c) Write the names of each phase as B-rich and C-rich on the graph after the phase separation of mixture.

Introduction to Chemical Engineering Thermodynamics
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ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
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IV. TERNARY PHASE DIAGRAM -(ON MASS PERCENT BASIS)
The ternary phase diagram of components A, B and C on mass percent basis
is given below. One of the tie line is shown on the diagram. A ternary
mixture is prepared by mixing 5 g of A, 12.5 g of B and 7.5 g of C.
a) Show the one phase and two-phase regions on the graph.
b) Indicate the mixture point on the graph.
c) Write the names of each phase as B-rich and C-rich on the graph after
the phase separation of mixture.
d) Find the compositions after phase separation of the mixture.
e) Calculate mass amount of each component in each phase after phase
separation.
5/6
--- --
100
B
he
No
Moo
wt % C
Power comets- Wpedis 2009. CUFOL
Fig. Q. IV The ternary phase diagram of component A, B and C on mass percent.
6/6
II
wt % A
wt % B
Transcribed Image Text:IV. TERNARY PHASE DIAGRAM -(ON MASS PERCENT BASIS) The ternary phase diagram of components A, B and C on mass percent basis is given below. One of the tie line is shown on the diagram. A ternary mixture is prepared by mixing 5 g of A, 12.5 g of B and 7.5 g of C. a) Show the one phase and two-phase regions on the graph. b) Indicate the mixture point on the graph. c) Write the names of each phase as B-rich and C-rich on the graph after the phase separation of mixture. d) Find the compositions after phase separation of the mixture. e) Calculate mass amount of each component in each phase after phase separation. 5/6 --- -- 100 B he No Moo wt % C Power comets- Wpedis 2009. CUFOL Fig. Q. IV The ternary phase diagram of component A, B and C on mass percent. 6/6 II wt % A wt % B
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