Data Table (fill in) A hockey puck is sliding east across an ice rink at 2.1 m/s. There is no net force acting on the puck. Take west to be positive and fill in the table below. t (s) X (m) V (m/s) a (m/s²) Data Table (analytical) Graphs Descriptions 0 6.1 ✔The van sped up while moving due east. The truck had zero acceleration. 0 The motorcycle moved at a constant speed due south. The scooter moving at a constant speed while making a u-turn. The SUV slowed down while moving due west. 8.2 X 0 2 Identify which of the following objects have a net force acting on them. Choose all that apply. The car moved at a constant velocity. 10.3 0 3
Data Table (fill in) A hockey puck is sliding east across an ice rink at 2.1 m/s. There is no net force acting on the puck. Take west to be positive and fill in the table below. t (s) X (m) V (m/s) a (m/s²) Data Table (analytical) Graphs Descriptions 0 6.1 ✔The van sped up while moving due east. The truck had zero acceleration. 0 The motorcycle moved at a constant speed due south. The scooter moving at a constant speed while making a u-turn. The SUV slowed down while moving due west. 8.2 X 0 2 Identify which of the following objects have a net force acting on them. Choose all that apply. The car moved at a constant velocity. 10.3 0 3
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First law of motion says that if object is at rest or in state of uniform motion, it keeps on its same state until and unless external force is applied. Here, net force on puck is zero. So the acceleration is also zero. We know that the displacement for uniform motion is given by
Where are velocity and time respectively.
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