The block of weight W2 is being held in its position by two cylindrical rollers resting on inclined surfaces. All contact surfaces have a coefficient of static friction, us = 0.36. W1 = 400KN. a. What maximum value of W2 it can be before slipping of the block happens? b. Determine the normal force reaction against the inclined surfaces.
The block of weight W2 is being held in its position by two cylindrical rollers resting on inclined surfaces. All contact surfaces have a coefficient of static friction, us = 0.36. W1 = 400KN. a. What maximum value of W2 it can be before slipping of the block happens? b. Determine the normal force reaction against the inclined surfaces.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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The block of weight W2 is being held in its position by two cylindrical rollers resting on inclined
surfaces. All contact surfaces have a coefficient of static friction, us = 0.36. W1 = 400KN.
a. What maximum value of W2 it can be before slipping of the block happens?
b. Determine the normal force reaction against the inclined surfaces.
Transcribed Image Text:2. The block of weight W2 is being held in its position by two cylindrical rollers resting on inclined
surfaces. All contact surfaces have a coefficient of static friction, u, = 0.36. W, is given from the table
of values.
Ms
w1 = 400 KN
W,
W,
W2
a. What maximum value of W2 it can be before slipping of the block happens?
b. Determine the normal force reaction against the inclined surfaces.
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