We can see here that to measure the distance that the box (stationary vehicle 1) moved after being hit by the ball (moving vehicle 2), you can follow these steps:
1. Setup: Set up the experiment by placing the box (vehicle 1) in a stable position. Make sure it won't easily tip over upon collision.
2. Measure Baseline Distance: Use a measuring tape or ruler to measure and record the initial distance between the ball (starting point of the ramp) and the box (vehicle 1). This distance will serve as a baseline reference.
Continuation:
3. Perform the Collision: Release the ball down the ramp to collide with the box. Ensure that the collision is consistent in force and direction to minimize variations in the results.
4. Measure Moved Distance: After the collision, measure and record the distance that the box moved from its initial position due to the impact of the ball. Use the measuring tape or ruler to determine this moved distance from the box's initial position.
5. Calculate the Displacement: Subtract the initial distance between the ball and the box (baseline distance) from the distance the box moved after the collision. This calculation will give you the displacement or the distance traveled by the box due to the impact of the ball.
6. Record and Analyze Results: Record the measured distance the box moved and any observations related to the impact. Analyze the data and results obtained from the experiment.
The complete question is:
In this task, you'll build a setup that will allow you to test bumpers. You'll create a model of a stationary vehicle (vehicle 1) using a box. You'll model a moving vehicle (vehicle 2) by rolling a ball down a ramp. Vehicle 2 will collide with vehicle 1.
Measure the distance that the box moved after it was hit by the ball. If needed, review how to make distance measurements.