16. Given that 635 K equals to 362°C, then 902 K equals to? a. 514°C. b. 629°C. c. 650°C. d. 1 175°C. 17. As a copper wire is heated, its length increases by 0.50%. What is the change of the temperature of the wire? (αCu = 16.6 × 10−6 /C°) a. 83.0°C b. 301°C c. 60.2°C d. 226°C 18. If heat is flowing from a table to
16. Given that 635 K equals to 362°C, then 902 K equals to? a. 514°C. b. 629°C. c. 650°C. d. 1 175°C. 17. As a copper wire is heated, its length increases by 0.50%. What is the change of the temperature of the wire? (αCu = 16.6 × 10−6 /C°) a. 83.0°C b. 301°C c. 60.2°C d. 226°C 18. If heat is flowing from a table to
College Physics
10th Edition
ISBN:9781285737027
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter10: Thermal Physics
Section: Chapter Questions
Problem 29P
Related questions
Question
16. Given that 635 K equals to 362°C, then 902 K equals to?
a. 514°C.
b. 629°C.
c. 650°C.
d. 1 175°C.
17. As a copper wire is heated, its length increases by 0.50%. What is the change of the
temperature of the wire? (αCu = 16.6 × 10−6
/C°)
a. 83.0°C
b. 301°C
c. 60.2°C
d. 226°C
18. If heat is flowing from a table to a block of ice moving across the table, which of the
following must be TRUE?
a. The table is rough and there is friction between the table and ice.
b. The ice is cooler than the table.
c. The ice is changing phase.
d. All three are possible, but none is absolutely necessary
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