In figure the tension in the rope (rope is light) is

A unofrom rope of mass m is placeced on a smooth fixed sphere of radius R as shown in the figure .Find the tension T in the rope when it is in a horizontal plane at a vertical distance h=R/2 below the top of the sphere .

If the tension in the rope of a life is zero, then the acceleration of life is

If the tension in the rope of a life is zero, then the acceleration of life is

A 40 N block is supported by two ropes. One rope is horizontal and other makes an angle of 30^(@) with the ceiling. The tension in the rope attached to the ceiling is approximately

A mountain climber, in the process of crossing between two cliffs by a rope, pauses to rest. She weighs 535 N. As the drawing shows, she is closer to the left cliff than to the right cliff, with the result that the tensions in the left and right sides of the rope are not the same. Find the tensions in the rope to the left and to the right of the mountain climber (see given figure).

A perfectly straight protion of a uniform rope has mass M and length L . At end A of the segment, the tension in the rope is T_(A) and at end B it is T_(B)(T_(B)gtT_(A) ) . Neglect effect of gravity and no contact force acts on the rope in between points A and B . The tension in the rope at a distance L//5 from end A is.

A perfectly straight protion of a uniform rope has mass M and length L . At end A of the segment, the tension in the rope is T_(A) and at end B it is T_(B)(T_(B)gtT_(A) . Neglect effect of gravity and no contact force acts on the rope in between points A and B . The tension in the rope at a distance L//5 from end A is.

A perfectly straight portion of a uniform rope has mass M and length L. At end A of the segment, the tension in the rope is T_(A) and at end B it is T_(B) (T_(B) gt T_(A) ) . Neglect effect of gravity and no contact force acts on the rope in between points A and B. The tension in the rope at a distance L/5 from end A is:-

A perfectly straight protion of a uniform rope has mass M and length L . At end A of the segment, the tension in the rope is T_(A) and at end B it is T_(B)(T_(B)gtT_(A) ) . Neglect effect of gravity and no contact force acts on the rope in between points A and B . The tension in the rope at a distance L//5 from end A is.