In a collision experiment, you have pendulum with bob of mass 4 kg and length 1...

  

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In a collision experiment, you have pendulum with bob of mass 4 kg and length 1 m initially held at an angle 60o with the vertical. The bob of the pendulum hits a block of mass 5 kg (initially at rest) at its lowest position. The block comes to rest after moving a distance 0.8. Find the coefficient of friction between block and table and coefficient of restitution. Im 0.40, 0.80 O 0.30, 0.42 0.45, 0.69 0.60, 0.50 An object of mass sliding on turntable in xy plane has location given by. X(1)-(x(1),y(().0). Here x and y are measured in inertial frame. Turn table rotates with a constant angular velocity e around the origin in anticlockwise direction. Find the velocity of the particle in lab frame located at (x.y.0). In a collision experiment, you have pendulum with bob of mass 4 kg and length 1 m initially held at an angle 60o with the vertical. The bob of the pendulum hits a block of mass 5 kg (initially at rest) at its lowest position. The block comes to rest after moving a distance 0.8. Find the coefficient of friction between block and table and coefficient of restitution. Im 0.40, 0.80 O 0.30, 0.42 0.45, 0.69 0.60, 0.50 An object of mass sliding on turntable in xy plane has location given by. X(1)-(x(1),y(().0). Here x and y are measured in inertial frame. Turn table rotates with a constant angular velocity e around the origin in anticlockwise direction. Find the velocity of the particle in lab frame located at (x.y.0).

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