The 2 kg ball in Fig. Q.1 moves in the vertical x-y plane. At time t...

 

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The 2 kg ball in Fig. Q.1 moves in the vertical x-y plane. At time t 0, the velocity of the ball is 8 m/s pointing in the positive y-direction. In addition to its weight, the ball is subjected to a constant force F = 10 N that is pointing in the positive x-direction. Determine the velocity vector of the ball at time t = 4s using the Principle of Linear Impulse and Momentum. The Impulse-Momentum Diagrams should be shown. 2 kg F = 10 N v 8 m/s Figure Q.1 The 2 kg ball in Fig. Q.1 moves in the vertical x-y plane. At time t 0, the velocity of the ball is 8 m/s pointing in the positive y-direction. In addition to its weight, the ball is subjected to a constant force F = 10 N that is pointing in the positive x-direction. Determine the velocity vector of the ball at time t = 4s using the Principle of Linear Impulse and Momentum. The Impulse-Momentum Diagrams should be shown. 2 kg F = 10 N v 8 m/s Figure Q.1