Critical point- 72.9 Solid Liquid 67 BO 5.11 Triple point Vapour 1 A Temperature, TIK Figure 4A.8 The experimental phase diagram for carbon dioxide; note the break in the vertical scale. As the triple point lies at pressures well above atmospheric, liquid carbon dioxide does not exist under normal conditions; a pressure of at least 5.11 atm must be applied for liquid to be formed. The path ABCD is discussed in Brief illustration 4A.6. Pressure, platm 216.8 298.15 304.2
Critical point- 72.9 Solid Liquid 67 BO 5.11 Triple point Vapour 1 A Temperature, TIK Figure 4A.8 The experimental phase diagram for carbon dioxide; note the break in the vertical scale. As the triple point lies at pressures well above atmospheric, liquid carbon dioxide does not exist under normal conditions; a pressure of at least 5.11 atm must be applied for liquid to be formed. The path ABCD is discussed in Brief illustration 4A.6. Pressure, platm 216.8 298.15 304.2
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter9: Liquids, Solids, And Materials
Section: Chapter Questions
Problem 116QRT
Related questions
Question
Refer to Fig. 4A.8. Describe the phase or phases present as the pressure on a sample of CO2 is steadily increased from 0.1 atm: (a) at a constant temperature of 200 K; (b) at a constant temperature of 310 K; (c) at a constant temperature of 216.8 K.
![Critical
point-
72.9
Solid
Liquid
67
BO
5.11
Triple
point
Vapour
1
A
Temperature, TIK
Figure 4A.8 The experimental phase diagram for carbon dioxide;
note the break in the vertical scale. As the triple point lies at
pressures well above atmospheric, liquid carbon dioxide does not
exist under normal conditions; a pressure of at least 5.11 atm must
be applied for liquid to be formed. The path ABCD is discussed in
Brief illustration 4A.6.
Pressure, platm
216.8
298.15
304.2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F827b5980-6206-4599-9cd0-3b4aa0602d05%2Fec9e248f-6c2d-47e2-a805-a920bfa6a098%2Fhkdgwxc.png&w=3840&q=75)
Transcribed Image Text:Critical
point-
72.9
Solid
Liquid
67
BO
5.11
Triple
point
Vapour
1
A
Temperature, TIK
Figure 4A.8 The experimental phase diagram for carbon dioxide;
note the break in the vertical scale. As the triple point lies at
pressures well above atmospheric, liquid carbon dioxide does not
exist under normal conditions; a pressure of at least 5.11 atm must
be applied for liquid to be formed. The path ABCD is discussed in
Brief illustration 4A.6.
Pressure, platm
216.8
298.15
304.2
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