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Situation 2: The winch in the figure is used to move the 150- kg uniform log AB. The coefficient of static friction between the log and the plane is 0.40. A 4 m 60° B

Situation 2: The winch in the figure is used to move the 150- kg uniform log AB. The coefficient of static friction between the log and the plane is 0.40. A 4 m 60° B

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Situation 2: The winch in the figure is used to move the 150- kg uniform log AB. The coefficient of static friction between the log and the plane is 0.40. A 4 m 60° B
Transcribed Image Text:Situation 2: The winch in the figure is used to move the 150- kg uniform log AB. The coefficient of static friction between the log and the plane is 0.40. A 4 m 60° B
1. Compute the tension T for impending sliding. 2. Compute the T for impending tipping. 3. Compute the maximum tension that can be applied for which the log remains at rest. 4. Compute the normal reaction between the log and the plane. 5. Compute the location of normal reaction from A.
Transcribed Image Text:1. Compute the tension T for impending sliding. 2. Compute the T for impending tipping. 3. Compute the maximum tension that can be applied for which the log remains at rest. 4. Compute the normal reaction between the log and the plane. 5. Compute the location of normal reaction from A.
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