Match the following pairs
| Draggable item | arrow_right_alt | Corresponding Item |
|---|---|---|
Newton | arrow_right_alt | Any push or pull on an object |
Gravity | arrow_right_alt | A force that stops things from ever moving |
Static Friction | arrow_right_alt | A force that slows down objects that are already moving |
Terminal Velocity | arrow_right_alt | The "force" that pulls us to the center of large objects like the Earth |
Kinetic Friction | arrow_right_alt | How fast something moves, and the direction it travels |
Velocity | arrow_right_alt | How fast something moves |
Theory | arrow_right_alt | Free Fall |
Speed | arrow_right_alt | Unit of Force, named after one of the greatest scientists of all time |
Microgravity | arrow_right_alt | A speed where air resistance force balances |
Force | arrow_right_alt | An idea repeatedly proven true using current technology |
An object in motion stays in motion. An object at rest, stays at rest.
Force = Mass times Acceleration
Every action has an equal but opposite reaction
Speed is
Velocity is
| Draggable item | arrow_right_alt | Corresponding Item |
|---|---|---|
Second Fastest | arrow_right_alt | Light Speed |
Slowest | arrow_right_alt | A spacecraft |
Second Slowest | arrow_right_alt | Sound |
Fastest | arrow_right_alt | A human |
Third Fastest | arrow_right_alt | A banana slug |
The total amount of matter (stuff) that makes up an object
Speed =
When a BIG object and a TINY object fall in a room with NO AIR
What really is the final word on how fast a conventional car can accelerate in a straight line?
A moving car slams on its brakes, and the brakes lock up, and make a loud SCREECH is an example of
Match the pairs that go together
| Draggable item | arrow_right_alt | Corresponding Item |
|---|---|---|
Length | arrow_right_alt | Meters Per Second |
Speed | arrow_right_alt | Kilograms |
Mass | arrow_right_alt | Newtons |
Time | arrow_right_alt | Meters |
Weight | arrow_right_alt | Seconds |