Take a moment to answer these questions.
For an object slowing down, like a skateboard or a curling rock:
- What does the graph showing distance over time look like ?
- What does the graph showing speed over time look like?
- What does the graph showing kinetic energy over time look like?
Build a street curling rock!
- Done! I've built my street curling rock or freewheeling vehicle, or call it how you like!
Practice your push.
- I have a starting line and a target.
- I can push my curling rock toward the target and trace a graph.
Get your Initial Speed.
- I've changed my program to get my initial graph speed.
- I've tried a new push of my curling rock and I can log an approximate initial speed.
Find the initial kinetic energy.
- My program is calculating and showing the kinetic energy at the beginning of my push.
m = 305 g
Let's play a game!
- I've prepared the playing field.
- I've tried to hit the middle of the target 3 times.
- I've measured the distance between the target and where the rock stopped.
How well did you do?
- I can answer these questions:
- How would you summarize your experiment?
- What have you learned?