Problem 2. The coefficient of static friction between Box A with a mass of 220 kg and the inclined surface is 0.10. A rope, tied to the box, passes over a cylinder and the coefficient of static friction between the rope and the fixed cylinder is 0.05. If a woman pulls on the free end of the rope, the minimum force the woman must exert on the rope to hold the box in equilibrium on the inclined surface. *

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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Problem 2. The coefficient of static friction between Box A with a mass of
220 kg and the inclined surface is 0.10. A rope, tied to the box, passes
over a cylinder and the coefficient of static friction between the rope and
the fixed cylinder is 0.05. If a woman pulls on the free end of the rope, the
minimum force the woman must exert on the rope to hold the box in
equilibrium on the inclined surface. *
45°
20°
30°
O 619 N
O 679 N
O 701 N
O 723 N
Transcribed Image Text:Problem 2. The coefficient of static friction between Box A with a mass of 220 kg and the inclined surface is 0.10. A rope, tied to the box, passes over a cylinder and the coefficient of static friction between the rope and the fixed cylinder is 0.05. If a woman pulls on the free end of the rope, the minimum force the woman must exert on the rope to hold the box in equilibrium on the inclined surface. * 45° 20° 30° O 619 N O 679 N O 701 N O 723 N
From Problem 2. The FBD of box A is best represented by: *
Option 1
Option 2
|w
Option 3
Option 4
Transcribed Image Text:From Problem 2. The FBD of box A is best represented by: * Option 1 Option 2 |w Option 3 Option 4
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