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Mass m1 moves on a slope making an angle  with the horizontal and is attached to mass m2 by a string passing over a frictionless pulleys as shown. The coefficient of friction between m1 and the sloping surface is . The correct statement among the following is 1) If m m sin 2 1   , the body m1 will move up the plane 2) If   m m sin cos 2 1      , the body m1 will move up the plane 3) If   m m sin cos 2 1      , the body m1 will move up the plane 4) If   m m sin cos 2 1      , the body m1 will move up the plane

Mass m1 moves on a slope making an angle  with the horizontal and is attached to
mass m2 by a string passing over a frictionless pulleys as shown. The coefficient of
friction between m1
and the sloping surface is .
The correct statement among the following is
1) If m m sin 2 1   , the body m1 will move up the plane
2) If   m m sin cos 2 1      , the body m1 will move up the plane
3) If   m m sin cos 2 1      , the body m1 will move up the plane
4) If   m m sin cos 2 1      , the body m1 will move up the plane

Grade:11

1 Answers

Anish
105 Points
2 years ago
Key concept: When a mass mx is placed on a rough inclined plane: Another mass m2 hung from the string connected by ftictionaless pulley, the tension IT) produced in string will try to start the motion of mass w,.

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