Here is my grandson walking on a steel bridge on a cool February day. The temperature that day was 5 °C. I measured the length of one of the long steel girders to be 51 ft. What will be the change in length (m) of one girder on a hot August day when the temperature reaches 29C? (1 m 3.281 ft), (1km = 1000m) (5280 ft 1 mile) (1 mile = 1.609 km)

Principles of Physics: A Calculus-Based Text
5th Edition
ISBN:9781133104261
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter16: Temperature And The Kinetic Theory Of Gases
Section: Chapter Questions
Problem 33P: At 25.0 m below the surface of the sea, where the temperature is 5.00C, a diver exhales an air...
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Here is my grandson walking on a steel bridge on a cool February day. The temperature that day
was 5 °C. I measured the length of one of the long steel girders to be 51 ft. What will be the
change in length (m) of one girder on a hot August day when the temperature reaches 29C?
(1 m = 3.281 ft), (1km = 1000m) (5280 ft = 1 mile) (1 mile = 1.609 km)
Coefficients of linear
expansion for selected materials
TABLE 14.I
Material
a (K-or C)
Quartz (fused)
0.04 X 10
Invar (nickel-
iron alloy)
0.09 X 10
Glass
0.4-0.9 X 10
Steel
1.2 X 10
1.7 x 103
20x 10
Copper
Brass
Aluminum
2.4 X 10
Transcribed Image Text:13 13 Here is my grandson walking on a steel bridge on a cool February day. The temperature that day was 5 °C. I measured the length of one of the long steel girders to be 51 ft. What will be the change in length (m) of one girder on a hot August day when the temperature reaches 29C? (1 m = 3.281 ft), (1km = 1000m) (5280 ft = 1 mile) (1 mile = 1.609 km) Coefficients of linear expansion for selected materials TABLE 14.I Material a (K-or C) Quartz (fused) 0.04 X 10 Invar (nickel- iron alloy) 0.09 X 10 Glass 0.4-0.9 X 10 Steel 1.2 X 10 1.7 x 103 20x 10 Copper Brass Aluminum 2.4 X 10
10450.1+ 6700
14
14
How much energy (in Joules) is required to fully melt 20g of ice taken from the freezer
degree C (negative 5 C), put on a stove and gently heated until fully molten?
at - 5
TABLE 16-2
Specific Heats at Atmospheric Pressure
Table 12.3 Latent Heats of Fusion and Vaportzation
Luent Heat
of Fusion, L
Lateht Heat of
Vaporization, L
kg)
Specific heat,
CU/(kg-K)]
Beiling Point
Melting Point
(C)
Substance
Substance
Water
Ice
4186
2090
13.7 x 10
3.94 x 10
47.3 x 10
8.55 x 10
072x 10
8.59 x 10
2.96 x 10
200 x 10
2.13 x 10
22.6 x 10
-778
5.5
1083
114.4
1063
327.3
-38.9
2100
-218.8
00
332X 10
12.6 x 10
20.7 x
10.8X 1
628 x 10
232x 10
384
80,1
2564
78.3
Ammonia
Benzene
2010
1820
1004
900
837
703
448
Steam
Copper
Ethyl alcohol
Gold
Beryllium.
Air
Aluminum
Glass
Silicon.
Iron (steel)
Copper
Silver
Gold
1750
356.6
Lead
Mercury
Nitrogen
Окуреп
Water
257 x 10
139x 10
335x10
183.0
1000
387
234
129
128
Lead
Transcribed Image Text:10450.1+ 6700 14 14 How much energy (in Joules) is required to fully melt 20g of ice taken from the freezer degree C (negative 5 C), put on a stove and gently heated until fully molten? at - 5 TABLE 16-2 Specific Heats at Atmospheric Pressure Table 12.3 Latent Heats of Fusion and Vaportzation Luent Heat of Fusion, L Lateht Heat of Vaporization, L kg) Specific heat, CU/(kg-K)] Beiling Point Melting Point (C) Substance Substance Water Ice 4186 2090 13.7 x 10 3.94 x 10 47.3 x 10 8.55 x 10 072x 10 8.59 x 10 2.96 x 10 200 x 10 2.13 x 10 22.6 x 10 -778 5.5 1083 114.4 1063 327.3 -38.9 2100 -218.8 00 332X 10 12.6 x 10 20.7 x 10.8X 1 628 x 10 232x 10 384 80,1 2564 78.3 Ammonia Benzene 2010 1820 1004 900 837 703 448 Steam Copper Ethyl alcohol Gold Beryllium. Air Aluminum Glass Silicon. Iron (steel) Copper Silver Gold 1750 356.6 Lead Mercury Nitrogen Окуреп Water 257 x 10 139x 10 335x10 183.0 1000 387 234 129 128 Lead
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