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Problem 5: The threading die is screwed onto the end of the fixed pipe, which is bent through an angle of 20°. Replace the two forces by an equivalent force at O and a couple of M. Find M and calculate the magnitude of M' the moment which tends to screw the pipe into the fixed block about its angled axis through O. 150N y 150 200 mm mm 20° 250mm 250mm 200N

Problem 5: The threading die is screwed onto the end of the fixed pipe, which is bent through an angle of 20°. Replace the two forces by an equivalent force at O and a couple of M. Find M and calculate the magnitude of M' the moment which tends to screw the pipe into the fixed block about its angled axis through O. 150N y 150 200 mm mm 20° 250mm 250mm 200N

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Problem 5: The threading die is screwed onto the end of the fixed pipe, which is bent through an angle of 20°. Replace the two forces by an equivalent force at O and a couple of M. Find M and calculate the magnitude of M' the moment which tends to screw the pipe into the fixed block about its angled axis through O. 150N y 150 200 mm mm 20° 250mm 250mm 200N
Transcribed Image Text:Problem 5: The threading die is screwed onto the end of the fixed pipe, which is bent through an angle of 20°. Replace the two forces by an equivalent force at O and a couple of M. Find M and calculate the magnitude of M' the moment which tends to screw the pipe into the fixed block about its angled axis through O. 150N y 150 200 mm mm 20° 250mm 250mm 200N
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