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Q1: - The block shown in figure below has a mass of 100 kg and is resting on 30° inclined surface. The block is connected to another block with a weight of W through a light and inextensible cord that is passing around a frictionless pully. The coefficient of static friction between the 100 kg block and the inclined surface is 0.45. Determine the minimum and maximum weights of the second block that keep the system in equilibrium. Also, show whether the impending motion is by slipping or by tipping.

Q1: - The block shown in figure below has a mass of 100 kg and is resting on 30° inclined surface. The block is connected to another block with a weight of W through a light and inextensible cord that is passing around a frictionless pully. The coefficient of static friction between the 100 kg block and the inclined surface is 0.45. Determine the minimum and maximum weights of the second block that keep the system in equilibrium. Also, show whether the impending motion is by slipping or by tipping.

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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Q1: - The block shown in figure below has a mass of 100 kg and is resting on 30° inclined surface. The block is connected to another block with a weight of W through a light and inextensible cord that is passing around a frictionless pully. The coefficient of static friction between the 100 kg block and the inclined surface is 0.45. Determine the minimum and maximum weights of the second block that keep the system in equilibrium. Also, show whether the impending motion is by slipping or by tipping. -300 mm- 100 kg 450 m 600 mm
Transcribed Image Text:Q1: - The block shown in figure below has a mass of 100 kg and is resting on 30° inclined surface. The block is connected to another block with a weight of W through a light and inextensible cord that is passing around a frictionless pully. The coefficient of static friction between the 100 kg block and the inclined surface is 0.45. Determine the minimum and maximum weights of the second block that keep the system in equilibrium. Also, show whether the impending motion is by slipping or by tipping. -300 mm- 100 kg 450 m 600 mm
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