Vaporization of Water 130 100 -40 0 1 2 3 4 5 6 7 8 9 10 11 12 Time (min) 27. Explain how this graph would change if a greater volume of water were heated. How would it stay the same? Use the table below to answer question 28. Water Pressure Depth (m) Pressure Depth (m) Pressure (atm) (atm) 1.0 100 11.0 25 3.5 125 13.5 50 6.0 150 16.0 75 8.5 175 18.5 28. Make and Use Graphs In July of 2001, Yasemin Dalkilic of Turkey dove to a depth of 105 m without any scuba equipment. Make a depth- pressure graph for the data above. Based on your graph, how does water pressure vary with depth? Note: The pressure at sea level, 101.3 kPa, is called one atmosphere (atm). Temperature (°C)

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Chapter1: Chemical Foundations
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27-28
Vaporization of Water
130
100
0.
-40
0 1 2 3 4 5 6 7 8 9 10 11 12
Time (min)
27. Explain how this graph would change
if a greater volume of water were heated. How
would it stay the same?
Use the table below to answer question 28.
Water Pressure
Depth
(m)
Pressure
Pressure
Depth
(m)
(atm)
(atm)
1.0
100
11.0
25
3.5
125
13.5
50
6.0
150
16.0
75
8.5
175
18.5
28. Make and Use Graphs In July of 2001, Yasemin
Dalkilic of Turkey dove to a depth of 105 m
without any scuba equipment. Make a depth-
pressure graph for the data above. Based on
your graph, how does water pressure vary
with depth? Note: The pressure at sea level,
101.3 kPa, is called one atmosphere (atm).
Temperature (°C)
Transcribed Image Text:Vaporization of Water 130 100 0. -40 0 1 2 3 4 5 6 7 8 9 10 11 12 Time (min) 27. Explain how this graph would change if a greater volume of water were heated. How would it stay the same? Use the table below to answer question 28. Water Pressure Depth (m) Pressure Pressure Depth (m) (atm) (atm) 1.0 100 11.0 25 3.5 125 13.5 50 6.0 150 16.0 75 8.5 175 18.5 28. Make and Use Graphs In July of 2001, Yasemin Dalkilic of Turkey dove to a depth of 105 m without any scuba equipment. Make a depth- pressure graph for the data above. Based on your graph, how does water pressure vary with depth? Note: The pressure at sea level, 101.3 kPa, is called one atmosphere (atm). Temperature (°C)
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