1. STATION 1: NEWTON’S 1ST LAW
Newton’s 1st Law of Motion states… An object at rest remains at rest, and an object in motion remains in motion, until an unbalanced force acts on it.

2. STATION 2: WASHER ACTIVITY
Stack 4 washers on a flat surface. (like your desk)
Aim one washer at the bottom of the stack and quickly flick the washer.
Repeat this with 2, 3, and 4 washers.

3. STATION 3: INERTIA
INERTIA: The tendency of an object to resist a change in motion due to its mass. Which has more inertia? Why?
30 mph

4. STATION 4: PENNY VS. NOTECARD
Place the 3x5 index card over the upright cup
Lay the penny in the center of the card.
Strike the edge of the card quickly with a flick of your index finger.
Try completing this with both a beaker and a flask.

5. STATION 5: SEATBELT ANIMATION
Watch the animation of a person not wearing a seatbelt being thrown from a car.
How does a seatbelt protect a person from the effect of inertia ?

6. STATION 6: Penny, Card, and Clothespin
Place the index card on top of clothespin.
Lay the penny in the center of the card.
Remove the card by flicking it, however, the penny must remain in place on top of the clothespin.

7. STATION 7: INERTIA IN REAL LIFE
If you are riding in a car that is traveling in a straight line and then makes a sharp left, what happens to you? Why?

8. STATION 8: INERTIA DEVICE
Place card board, silver side up, on top of vertical post of base assembly.
Place ball on card board directly over vertical post.
Pull back spring steel trigger. Release trigger. The spring steel trigger should push the card board out from under the ball, allowing the ball to rest on top of the vertical post.

9. STATION 9: NOTEBOOK Quarter 2 Activities: 37. Virtual Speed Lab
29. Physical and Chemical Properties
38. Acceleration Challenge
30. Physical vs. Chemical Changes 
39. Motion Graphs
31. Signs of a Chemical Change
40. Forces Notes
32. Upset Stomach Lab 
41. Newton's 1st Law of Motion 
33. Ways the Periodic Table is Organized 
34. Motion and Forces Learning Goal
35. Physics Intro Stations
36. Motion Notes