A brass rod and an aluminum rod are 90.00 cm and 90.06 cm, respectively, at 20°C. At what common temperature will the two rods be exactly the same length? Linear coefficient of Expansion per degrees Celsius for Bronze and Aluminum are 19x10^(-6) and 24x10^(-6), respectively. 113.33 C 123.33 C C. 133.33 C d. 143.33 C a. b.
A brass rod and an aluminum rod are 90.00 cm and 90.06 cm, respectively, at 20°C. At what common temperature will the two rods be exactly the same length? Linear coefficient of Expansion per degrees Celsius for Bronze and Aluminum are 19x10^(-6) and 24x10^(-6), respectively. 113.33 C 123.33 C C. 133.33 C d. 143.33 C a. b.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![A brass rod and an aluminum rod are 90.00 cm and 90.06 cm, respectively, at 20°C. At what common
temperature will the two rods be exactly the same length? Linear coefficient of Expansion per degrees
Celsius for Bronze and Aluminum are 19x10^(-6) and 24x10^(-6), respectively.
113.33 C
123.33 C
C.
133.33 C
d. 143.33 C
a.
b.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3b1dfb79-831e-49a1-93f4-4460bf06f21a%2F6ccf7980-aac6-4c3a-9b74-a10fbb1a927b%2Fkodc184_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A brass rod and an aluminum rod are 90.00 cm and 90.06 cm, respectively, at 20°C. At what common
temperature will the two rods be exactly the same length? Linear coefficient of Expansion per degrees
Celsius for Bronze and Aluminum are 19x10^(-6) and 24x10^(-6), respectively.
113.33 C
123.33 C
C.
133.33 C
d. 143.33 C
a.
b.
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