Problem 1. Equilibrium data for the methanol (1)V acetonitrile (2) system at

101.3kPa

is given in Table 1.\ a. Using the data in Table 1, plot a Txy diagram with

T

in

K

and label the

T-x_(1)

and

T-y

, curves. Piol the diagram in mole fractions of methanol. May label curves by hand.\ b. Using the data in Table 1. plot an

xy

diagram including an

x=y

line. Plot the diagram in mole fractions of methanol\ c. Does this system have an azeotrope? If so, estimate the azeotrope mole fraction of methanol in the liquid phase to two significant figures.

Problem 1: Equilibrium data for the methanol (1) V acetonitrile (2) system at 101.3kPa is given in Table 1. a. Using the data in Table 1, plot a Txy diagram with T in K and label the Tx1 and Ty1 curves. Piot the diagram in mole fractions of methanol. May label curves by hand. b. Using the data in Table 1, plot an xy diagram including an x=y line. Plot the diagram in mole fractions of methanol c. Does this system have an azeotrope? if so, estimate the azeotrope mole fraction of methanol in the liquid phase to two significant figures. Problem 1: Equilibrium data for the methanol (1) V acetonitrile (2) system at 101.3kPa is given in Table 1. a. Using the data in Table 1, plot a Txy diagram with T in K and label the Tx1 and Ty1 curves. Piot the diagram in mole fractions of methanol. May label curves by hand. b. Using the data in Table 1, plot an xy diagram including an x=y line. Plot the diagram in mole fractions of methanol c. Does this system have an azeotrope? if so, estimate the azeotrope mole fraction of methanol in the liquid phase to two significant figures