The following table shows important information for the atmosphere of our planet. Minimum and Atmospheric Atmospheric Average Surface Temperature Air density at Maximum pressure at ground composition (main components) ground level Temperatures level 78% N2 20 °C (day) 88 °C (highest) 1.2 kg/m 21% O, 1.0 atm 10 °C (night) 58 °C (lowest) ~1% H,O 1 atm = 760 mm Hg P (mm Hg) 100 Use the liquid-gas phase transition line in this phase 90 diagram to estimate the vapor pressure of H,0 during 80 the day on Earth? 70 O 10 mm Hg Liquid O 760 mm Hg 40 O 17 mm Hg Gas 30 23 mm Hg 50 40

Physical Chemistry
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ISBN:9781133958437
Author:Ball, David W. (david Warren), BAER, Tomas
Publisher:Ball, David W. (david Warren), BAER, Tomas
Chapter1: Gases And The Zeroth Law Of Thermodynamics
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Problem 1.16E: The Mount Pinatubo volcano eruption in 1991 released an estimated 1.82 x 1013g of SO2 into the...
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Is not 760 and is not 23. So which one is it???
The following table shows important information for the atmosphere of our planet.
Minimum and
Atmospheric
Atmospheric
Average Surface
Temperature
Air density at
Maximum
pressure at ground composition (main
components)
ground level
Temperatures
level
78% N2
20 °C (day)
88 °C (highest)
1.2 kg/m'
1.0 atm
21% O,
10 °C (night)
58 °C (lowest)
~1% H,O
1 atm = 760 mm Hg
P (mm Hg)
100
Use the liquid-gas phase transition line in this phase
90
diagram to estimate the vapor pressure of H,0 during
80
the day on Earth?
70
O 10 mm Hg
Liquid
50
O 760 mm Hg
40
O 17 mm Hg
Gas
30
23 mm Hg
50
40
Transcribed Image Text:The following table shows important information for the atmosphere of our planet. Minimum and Atmospheric Atmospheric Average Surface Temperature Air density at Maximum pressure at ground composition (main components) ground level Temperatures level 78% N2 20 °C (day) 88 °C (highest) 1.2 kg/m' 1.0 atm 21% O, 10 °C (night) 58 °C (lowest) ~1% H,O 1 atm = 760 mm Hg P (mm Hg) 100 Use the liquid-gas phase transition line in this phase 90 diagram to estimate the vapor pressure of H,0 during 80 the day on Earth? 70 O 10 mm Hg Liquid 50 O 760 mm Hg 40 O 17 mm Hg Gas 30 23 mm Hg 50 40
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