You throw a nerf basketball of mass 0.002 kg into the air. Att = 0, the...

Transcribed Image Text:

You throw a nerf basketball of mass 0.002 kg into the air. Att = 0, the ball leaves your hand. Att = 0.10 s, the net force on the b (-0.0203,-0.0248, 0) N, its velocity is (1.87, 0.84, 0) m/s, and its position is (0.325, 0.280, 0) m. (Besides the gravitational fo Earth, air also exerts a force on the ball.) Part 1 Your answer is partially correct. What will be its position at t=0.12 s? 7 = (i 0.3486 i 0.3060 0 > m You throw a nerf basketball of mass 0.002 kg into the air. Att = 0, the ball leaves your hand. Att = 0.10 s, the net force on the b (-0.0203,-0.0248, 0) N, its velocity is (1.87, 0.84, 0) m/s, and its position is (0.325, 0.280, 0) m. (Besides the gravitational fo Earth, air also exerts a force on the ball.) Part 1 Your answer is partially correct. What will be its position at t=0.12 s? 7 = (i 0.3486 i 0.3060 0 > m