| A | B |
|---|
| Newton's Law is all about what word? | Inertia (laziness) |
| Finish this first part of Newton's First Law of Motion: Objects at rest... | want to remain at rest |
| Finish this second part of Newton's First Law of Motion: Objects in motion... | want to remain in motion in a straight line |
| Finish Newton's Second Law of Motion: Heavier objects... | are harder to speed up and slow down |
| Finish Newton's Third Law of Motion: For every action... | there is an equal and opposite reaction |
| Which of Newton's Laws tells us why the Saturn V and the Shuttle liftoff the pad? | Newton's 3rd Law (action/reaction) |
| Which of Newton's Laws explains why you can throw a 4 kg ball twice as far as a 16 kg ball? | Newton's Second Law |
| Which of Newton's Laws explains why you fly over your handle bars if your bike hits a car? | Newton's First Law - Inertia of MOTION |
| Which of Newton's Laws explains why the plates stay in place when you pull a tablecloth out from under them quickly? | Newton's First Law - Inertia of Rest |
| If the Lunar Lander fires a rocket to the right, what direction will it go? | To the left, equal force/opposite direction |
| When we rolled the ball down the ramp into the cup, what was the Independent Variable? | The weight in the cup |
| When we rolled the ball down the ramp into the cup, what was the ramp? | A constant |
| If a motorcycle starts suddenly, what direction do you fall? | Off the back (Inertia of Rest) |
| If my slingshot throws a 300g stone 20 meters, how far will it throw a 600 gm stone? | 10 meters |
| What do seatbelts protect you against? | Inertia of Motion (1st Law) |
| If a car suddenly turns left, where do you wind up? | Against the right door (continue in a straight line) |
