A particle m with a mass of 100 g is in rest on a horizontal surface...

  

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A particle m with a mass of 100 g is in rest on a horizontal surface and is connected to point A using a rope with length - 2 m. The rope has an angle of 30° with respect to the horizontal. A projectile M with a mass of 3 kg leaves the ground with a velocity v = 10 m/s under an angle of 60° with respect to the horizontal. After the collision, both masses stick together and leave the ground immediately. 60° M l Vo 30° Part A Determine the distance d so that the projectile M will hit the particle m Part B What is the velocity of the masses immediately after the collision? Part C Up to what angle will the masses follow a circular path about A? (Be aware of the fact that the rope might not remain stressed.) A particle m with a mass of 100 g is in rest on a horizontal surface and is connected to point A using a rope with length - 2 m. The rope has an angle of 30° with respect to the horizontal. A projectile M with a mass of 3 kg leaves the ground with a velocity v = 10 m/s under an angle of 60° with respect to the horizontal. After the collision, both masses stick together and leave the ground immediately. 60° M l Vo 30° Part A Determine the distance d so that the projectile M will hit the particle m Part B What is the velocity of the masses immediately after the collision? Part C Up to what angle will the masses follow a circular path about A? (Be aware of the fact that the rope might not remain stressed.)

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