Assume that the length and weight of the member shown isgiven/known, but the angle (0) is unknown.If you are asked to determine the minimum angle (0) that canMB = 0.4be supported without slipping, provide the FBD that youwould use to begin your work.Identify the number of unknowns & the number of availableequations (from equilibrium and friction)AMA = 0.3

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Description: Assume that the length and weight of the member shown isgiven/known, but the angle (0) is unknown.If you are asked to determine the minimum angle (0) that canMB = 0.4be supported without slipping, provide the FBD that youwould use to begin your work

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Assume that the length and weight of the member shown is given/known, but the angle (0) is unknown. If you are asked to determine the minimum angle (0) that can be supported without slipping, provide the FBD that you would use to begin your work. Identify the number of unknowns & the number of available equations (from equilibrium and friction)

Assume that the length and weight of the member shown is given/known, but the angle (0) is unknown. If you are asked to determine the minimum angle (0) that can be supported without slipping, provide the FBD that you would use to begin your work. Identify the number of unknowns & the number of available equations (from equilibrium and friction)

International Edition---engineering Mechanics: Statics, 4th Edition

4th Edition

ISBN:9781305501607

Author:Andrew Pytel And Jaan Kiusalaas

Publisher:Andrew Pytel And Jaan Kiusalaas

Chapter7: Dry Friction

Section: Chapter Questions

Problem 7.36P: The coeffient of static friction between the uniform bar AB of weight W and the ground is 0.45. Find...

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Question

Assume that the length and weight of the member shown is
given/known, but the angle (0) is unknown.
If you are asked to determine the minimum angle (0) that can
MB = 0.4
be supported without slipping, provide the FBD that you
would use to begin your work.
Identify the number of unknowns & the number of available
equations (from equilibrium and friction)
A
MA = 0.3

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