The 2-dimensional object of art shown in figure is held in display at a museum by support S and rope R.Support S is on the floor and rope R is attached to the ceiling.The coefficient of static friction between the object and support S is 0.5.If the angle,

\theta

has its maximum value such that the object remains in static equilibrium on the support,what is the magnitude of the tension in the rope? The object's mass is 25 kg and the distances from object's center of mass,CM,to its contact points with the support and the rope are s = 35 cm and r = 55 cm,respectively. $The 2-dimensional object of art shown in figure is held in display at a museum by support S and rope R.Support S is on the floor and rope R is attached to the ceiling.The coefficient of static friction between the object and support S is 0.5.If the angle, \theta has its maximum value such that the object remains in static equilibrium on the support,what is the magnitude of the tension in the rope? The object's mass is 25 kg and the distances from object's center of mass,CM,to its contact points with the support and the rope are s = 35 cm and r = 55 cm,respectively. A)154 N B)119 N C)245 N D)95.7 N E)194 N$
A)154 N
B)119 N
C)245 N
D)95.7 N
E)194 N

An Object Is in Static Equilibrium

Multiple Choice

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