Temperature & Heat13. At 30 °C the volume of an aluminum sphere is 30 cm³. The coefficient of linearexpansion is 24 x 10 C¹. If the final volume is 30.5 cm³, what is the final temperature ofthe aluminum sphere? Assume B = 3 a14. A 500-gram cube of lead is heated from 25 °C to 75 °C. How much energy was requiredto heat the lead? The specific heat of lead is 0.129 J/g-°C.15. How much heat is required to convert 135 g of ice at -15 °C into water vapor at 120 °C?(Assume c of steam = 1.996 J/g-°C, c of water = 4.1858 J/g-°C, c of ice =2.090 J/g-°C.Lv of water = 540 cal/g & Lf of water = 80 cal/g)

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Temperature & Heat 13. At 30 °C the volume of an aluminum sphere is 30 cm³. The coefficient of linear expansion is 24 x 10 C¹. If the final volume is 30.5 cm³, what is the final temperature of the aluminum sphere? Assume 3 = 3a

Temperature & Heat 13. At 30 °C the volume of an aluminum sphere is 30 cm³. The coefficient of linear expansion is 24 x 10 C¹. If the final volume is 30.5 cm³, what is the final temperature of the aluminum sphere? Assume 3 = 3a

Physics for Scientists and Engineers, Technology Update (No access codes included)

9th Edition

ISBN:9781305116399

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter19: Temperature

Section: Chapter Questions

Problem 19.25P: An underground gasoline lank can hold 1.00 103 gallons of gasoline at 52.0F. Suppose the tank is...

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Question

Temperature & Heat
13. At 30 °C the volume of an aluminum sphere is 30 cm³. The coefficient of linear
expansion is 24 x 10 C¹. If the final volume is 30.5 cm³, what is the final temperature of
the aluminum sphere? Assume B = 3 a
14. A 500-gram cube of lead is heated from 25 °C to 75 °C. How much energy was required
to heat the lead? The specific heat of lead is 0.129 J/g-°C.
15. How much heat is required to convert 135 g of ice at -15 °C into water vapor at 120 °C?
(Assume c of steam = 1.996 J/g-°C, c of water = 4.1858 J/g-°C, c of ice =2.090 J/g-°C.
Lv of water = 540 cal/g & Lf of water = 80 cal/g)

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