Exercise 2.2 A 30m tape has the following condition: The standard temp is 20deg Celsius and the site temp is 27deg Celsius resulting to a temperature correction factor=0.02m for the 30 m tape The standard pull is 5 kg but the applied pull is 4.5 kg resulting to a correction due to pull= -0.01m for the 30 m tape. a) Determine the reading to be laid out to get a length of 30m b) Determine the reading to be laid out to get a length of 1300m
Exercise 2.2 A 30m tape has the following condition: The standard temp is 20deg Celsius and the site temp is 27deg Celsius resulting to a temperature correction factor=0.02m for the 30 m tape The standard pull is 5 kg but the applied pull is 4.5 kg resulting to a correction due to pull= -0.01m for the 30 m tape. a) Determine the reading to be laid out to get a length of 30m b) Determine the reading to be laid out to get a length of 1300m
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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e.2
![Exercise 2.2 A 30m tape has the following condition:
The standard temp is 20deg Celsius and the site temp is 27deg Celsius resulting to a temperature
correction factor=0.02m for the 30 m tape
The standard pull is 5 kg but the applied pull is 4.5 kg resulting to a correction due to pull= -0.01m for
the 30 m tape.
a)
Determine the reading to be laid out to get a length of 30m
b)
Determine the reading to be laid out to get a length of 1300m](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4d0c629d-fef6-4a0c-9b5c-c2a6b6bb2274%2Ff8bfca19-b4f3-442b-be3b-e4fca81a4247%2Fxlniqv8_processed.png&w=3840&q=75)
Transcribed Image Text:Exercise 2.2 A 30m tape has the following condition:
The standard temp is 20deg Celsius and the site temp is 27deg Celsius resulting to a temperature
correction factor=0.02m for the 30 m tape
The standard pull is 5 kg but the applied pull is 4.5 kg resulting to a correction due to pull= -0.01m for
the 30 m tape.
a)
Determine the reading to be laid out to get a length of 30m
b)
Determine the reading to be laid out to get a length of 1300m
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