figure 2 shows t x y diagram for methanol1water2 system at 50 kpa show on the diagram how to det

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Here in this case we need to answer the following. We have certain conversions of degree Celsius

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Figure 2 shows T-x-y diagram for the methanol(1)/water(2) system at 50 kPa. Show on the diagram how to determine the following points and what are the values. a) Saturation temperature of methanol and water at 50 kPa. b) At 50 kPa and 325 K, the methanol(1)/water(2) mixture consists of 32 mole % methanol. What is the phase at this point? c) The mixture in b) is heated at constant pressure until the first bubble of vapor appears. Determine the temperature and vapor phase composition of methanol at this point. d) The heating process in c) continues until the last drop of liquid disappears. Determine the temperature and liquid phase composition of methanol at this point. e) The heating process continues to 358 K. What is the phase at this point? f) At 50 kPa and 345 K, the methanol(1)/water(2) mixture consists of 74 mole % methanol. What is the phase at this point? g) The mixture in f) is cooled at constant pressure until the first drop of liquid appears. Determine the temperature and liquid phase composition of methanol at this point. h) The cooling process in g) continues until the last bubble of vapor disappears. Determine the temperature and vapor phase composition of methanol at this point. i) The cooling process continues to 320 K. What is the phase at this point? T-x-y diagram for methanol(1)/water(2) at 50 kPa 360 350 340 T(K) 330 320 310 0 0.1 0.2 0.3 0.4 0.5 0.6 x1, y1 0.7 0.8 0.9 1 X1 y1 Figure 2 Assuming Raoult's law to be valid, prepare a P-x-y diagram for a temperature of 363.15 K and a T-x-y diagram for a pressure of 90 kPa for the benzene(1)/ethylbenzene(2) system.

          Figure 2 shows T-x-y diagram for the methanol(1)/water(2) system at 50 kPa. Show on the diagram how to determine the following points and what are the values. 
a) Saturation temperature of methanol and water at 50 kPa. 
b) At 50 kPa and 325 K, the methanol(1)/water(2) mixture consists of 32 mole % methanol. What is the phase at this point? 
c) The mixture in b) is heated at constant pressure until the first bubble of vapor appears. Determine the temperature and vapor phase composition of methanol at this point. 
d) The heating process in c) continues until the last drop of liquid disappears. Determine the temperature and liquid phase composition of methanol at this point. 
e) The heating process continues to 358 K. What is the phase at this point? 
f) At 50 kPa and 345 K, the methanol(1)/water(2) mixture consists of 74 mole % methanol. What is the phase at this point? 
g) The mixture in f) is cooled at constant pressure until the first drop of liquid appears. Determine the temperature and liquid phase composition of methanol at this point. 
h) The cooling process in g) continues until the last bubble of vapor disappears. Determine the temperature and vapor phase composition of methanol at this point. 
i) The cooling process continues to 320 K. What is the phase at this point?

T-x-y diagram for methanol(1)/water(2) at 50 kPa
360
350
340 T(K) 330
320
310 0
0.1 0.2
0.3
0.4 0.5 0.6 x1, y1
0.7
0.8
0.9
1
X1
y1
Figure 2

Assuming Raoult's law to be valid, prepare a P-x-y diagram for a temperature of 363.15 K and a T-x-y diagram for a pressure of 90 kPa for the benzene(1)/ethylbenzene(2) system.

figure 2 shows t x y diagram for methanol1water2 system at 50 kpa show on the diagram how to determine the following points and what are the values a saturation temperature of methanol and w 16738

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