11. CO₂ (carbon dioxide) exists in what phase when the pressure is 60 atm and the temperature is 20°C? Refer to Fig 13 - 23. 12. What is the lowest pressure and temperature at which CO₂ can be a liquid? Refer to Fig 13-23.

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Chapter10: Thermal Physics
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11&12
11. CO₂ (carbon dioxide) exists in what phase when the pressure is 60 atm and the temperature is
20°C? Refer to Fig 13 - 23.
12. What is the lowest pressure and temperature at which CO₂ can be a liquid? Refer to Fig 13 - 23.
Transcribed Image Text:11. CO₂ (carbon dioxide) exists in what phase when the pressure is 60 atm and the temperature is 20°C? Refer to Fig 13 - 23. 12. What is the lowest pressure and temperature at which CO₂ can be a liquid? Refer to Fig 13 - 23.
obnazaron S
At 1 atm, the freezing point of water
that at a pressure of 1 atm, the substa
is between 0°C and 100°C, but is in t
below 0°C or above 100°C. The cur
pressure curve. Sublimation refers
solid changes directly into the vap
phase. For water, sublimation occu
0.0060 atm. Carbon dioxide, which
even at atmospheric pressure (Fig
The intersection of the three
water this occurs at T = 273.16
triple point that the three phases
triple point corresponds to a uni
cisely reproducible and is often
standard of temperature is usua
of water, rather than 273.15 Ka
Notice that the solid-liquid
the left. This is true only of subs
sure, a lower temperature is ne
substances contract upon free
as shown for carbon dioxide (
The phase transitions we
substances, however, can exi
from one phase to another c
like ordinary phase changes.
forms at very high pressure.
helium I and II. They exist c
zero. Helium II exhibits v
It has essentially zero visco
up the sides of an open cc
computer and TV monitor
phase between liquid and
378 CHAPTER 13 Temperature and Kinetic Theory
P (atm)
FIGURE 13-23 Phase diagram for
carbon dioxide.
73
56
5.11
Solid
Triple
point
S-V
Liquid
l-v
Vapor
In
-56.6
T (°C)
Critical
point
20
I
I
1
1
I
31
Transcribed Image Text:obnazaron S At 1 atm, the freezing point of water that at a pressure of 1 atm, the substa is between 0°C and 100°C, but is in t below 0°C or above 100°C. The cur pressure curve. Sublimation refers solid changes directly into the vap phase. For water, sublimation occu 0.0060 atm. Carbon dioxide, which even at atmospheric pressure (Fig The intersection of the three water this occurs at T = 273.16 triple point that the three phases triple point corresponds to a uni cisely reproducible and is often standard of temperature is usua of water, rather than 273.15 Ka Notice that the solid-liquid the left. This is true only of subs sure, a lower temperature is ne substances contract upon free as shown for carbon dioxide ( The phase transitions we substances, however, can exi from one phase to another c like ordinary phase changes. forms at very high pressure. helium I and II. They exist c zero. Helium II exhibits v It has essentially zero visco up the sides of an open cc computer and TV monitor phase between liquid and 378 CHAPTER 13 Temperature and Kinetic Theory P (atm) FIGURE 13-23 Phase diagram for carbon dioxide. 73 56 5.11 Solid Triple point S-V Liquid l-v Vapor In -56.6 T (°C) Critical point 20 I I 1 1 I 31
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