5. An Aluminum rod is 20 cm long at 20 °C and has a mass of 350 g. If 10,000 J of thermal energy is added to the rod heat, what is the change in the length of the rod in cm?
5. An Aluminum rod is 20 cm long at 20 °C and has a mass of 350 g. If 10,000 J of thermal energy is added to the rod heat, what is the change in the length of the rod in cm?
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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![4. What is the change in the temp of Lhe gas m
5. An Aluminum rod is 20 cm long at 20 "C and has a mass of 350 g. If 10,000 J of thermal energy is added to the rod by
heat, what is the change in the length of the rod in cm?
6 A bot-air halloan has a volume of 2200
The basket nassengers and the balloon fabric (the envelope) weight 5.800 N.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8c939cff-bc46-4066-b22a-d4e55e2c89ab%2F415c9eb8-4c3d-4e1e-a6ff-dd98850bf12e%2Fzfpy4jt_processed.jpeg&w=3840&q=75)
Transcribed Image Text:4. What is the change in the temp of Lhe gas m
5. An Aluminum rod is 20 cm long at 20 "C and has a mass of 350 g. If 10,000 J of thermal energy is added to the rod by
heat, what is the change in the length of the rod in cm?
6 A bot-air halloan has a volume of 2200
The basket nassengers and the balloon fabric (the envelope) weight 5.800 N.
![Average Expansion Coefficients
for Some Materials Near Room Temperature
TABLE 19.1
Average Linear
Expansion
Coefficient
(a)(°C)-
Average Volume
Expansion
Coefficient
(B)('C)-1
ow vode) amoldo 8
asldal enintoo
Material
Material
(Solids)
(Liquids and Gases)
Acetone
1.5 x 10-4
Aluminum
24 x 10-6
Alcohol, ethyl
1.12 × 10-4 ad Intor ordi ei huW
1.12 x 10-4
9-
9-0
Brass and bronze
Benzene
ahereur LG sto ecbou
Concrete
9.6 x 10-4
4.85 x 10-4
Mercury 0o a alW i 1.82 x 10-4zi eng s tod ot VEN on
17 x 10-6
Gasoline
Copper
Glass (ordinary)
wol Glass (Pyrex)
Invar (Ni-Fe alloy) 0.9 x 10-6
Glycerin
9-01 X 6
3.2 x 10-6
Turpentine nil eti omolov bocesnoa od ol
3.67 x 10-3
3.665 X 10-3
9.0 x 10-4o AU o
Air at 0°C
wal esy lesbi seu mill
9-0 1
Helium"
Steel
11 x 10-6
TABLE 20.1
Specific Heats of Some Substances at 25°C and Atmospheric Pressure
Specific Heat
(J/kg °C)
Specific Heat
Substance nam lamal o(J/kg °C)
Substance
Elemental solids
Other solids
Aluminum
380
006
1 830
Brass
esg orl to qal odt 837 o s al IndW A
Beryllium
Cadmium
Glass
230
387
Ice (-5°C)
Marble
060
Copper
1 700
202 e bou munlimulA nA e
pooM
Liquids
Alcohol (ethyl)
Mercury
Water (15°C)
Germanium
322
Goldbb ci yono lannorlt 129
Iron
448
or ei Indw inord
2 400
Lead
128
140
Silicon
703
4 186
oolled tie-tod AD
gow orb ynibalazy
puavaSteam (100°C) ai ians 2 010 ietuo et neriw biswob
0nde Silver
234
Gas
TABLE 20.2
Latent Heats of Fusion and Vaporization
bon oleoe motl gnul al tosido nA T
Melting
Point (°C)
Latent Heat
of Fusion
10.
Point (°C)
Boiling
Latent Heat
Substance
(J/kg)
of Vaporization (J/kg)
Helium
5.23 x 10
1.38 X 104
2.55 x 104
1.04 X 10
-269.65
-268.93
-182.97
2.09 x 104
Oxygen
Nitrogen
Ethyl alcohol
-218.79
2.13 x 10
2.01 x 10
-209.97
-195.81
-114
8.54 x 10
2.26 x 106
3.26 x 105
8.70 x 103
78
Water
0.00
3.33 x 10
3.81 x 104
2.45 x 104
3.97 x 10
8.82 x 104 bgn 2 193
100.00
Sulfur
444.60
Lead
327.3
1 750
Aluminum
099
60.80
2 450
1.14 x 107
Silver m
1 063.00
1 083
6.44 x 104
1.34 x 10
2.33 x 106
1.58 x 106
5.06 x 106
Copper
1 187](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8c939cff-bc46-4066-b22a-d4e55e2c89ab%2F415c9eb8-4c3d-4e1e-a6ff-dd98850bf12e%2F9ukqzql.jpeg&w=3840&q=75)
Transcribed Image Text:Average Expansion Coefficients
for Some Materials Near Room Temperature
TABLE 19.1
Average Linear
Expansion
Coefficient
(a)(°C)-
Average Volume
Expansion
Coefficient
(B)('C)-1
ow vode) amoldo 8
asldal enintoo
Material
Material
(Solids)
(Liquids and Gases)
Acetone
1.5 x 10-4
Aluminum
24 x 10-6
Alcohol, ethyl
1.12 × 10-4 ad Intor ordi ei huW
1.12 x 10-4
9-
9-0
Brass and bronze
Benzene
ahereur LG sto ecbou
Concrete
9.6 x 10-4
4.85 x 10-4
Mercury 0o a alW i 1.82 x 10-4zi eng s tod ot VEN on
17 x 10-6
Gasoline
Copper
Glass (ordinary)
wol Glass (Pyrex)
Invar (Ni-Fe alloy) 0.9 x 10-6
Glycerin
9-01 X 6
3.2 x 10-6
Turpentine nil eti omolov bocesnoa od ol
3.67 x 10-3
3.665 X 10-3
9.0 x 10-4o AU o
Air at 0°C
wal esy lesbi seu mill
9-0 1
Helium"
Steel
11 x 10-6
TABLE 20.1
Specific Heats of Some Substances at 25°C and Atmospheric Pressure
Specific Heat
(J/kg °C)
Specific Heat
Substance nam lamal o(J/kg °C)
Substance
Elemental solids
Other solids
Aluminum
380
006
1 830
Brass
esg orl to qal odt 837 o s al IndW A
Beryllium
Cadmium
Glass
230
387
Ice (-5°C)
Marble
060
Copper
1 700
202 e bou munlimulA nA e
pooM
Liquids
Alcohol (ethyl)
Mercury
Water (15°C)
Germanium
322
Goldbb ci yono lannorlt 129
Iron
448
or ei Indw inord
2 400
Lead
128
140
Silicon
703
4 186
oolled tie-tod AD
gow orb ynibalazy
puavaSteam (100°C) ai ians 2 010 ietuo et neriw biswob
0nde Silver
234
Gas
TABLE 20.2
Latent Heats of Fusion and Vaporization
bon oleoe motl gnul al tosido nA T
Melting
Point (°C)
Latent Heat
of Fusion
10.
Point (°C)
Boiling
Latent Heat
Substance
(J/kg)
of Vaporization (J/kg)
Helium
5.23 x 10
1.38 X 104
2.55 x 104
1.04 X 10
-269.65
-268.93
-182.97
2.09 x 104
Oxygen
Nitrogen
Ethyl alcohol
-218.79
2.13 x 10
2.01 x 10
-209.97
-195.81
-114
8.54 x 10
2.26 x 106
3.26 x 105
8.70 x 103
78
Water
0.00
3.33 x 10
3.81 x 104
2.45 x 104
3.97 x 10
8.82 x 104 bgn 2 193
100.00
Sulfur
444.60
Lead
327.3
1 750
Aluminum
099
60.80
2 450
1.14 x 107
Silver m
1 063.00
1 083
6.44 x 104
1.34 x 10
2.33 x 106
1.58 x 106
5.06 x 106
Copper
1 187
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