Down |
2. | Acceleration = (net force) / mass or F(net) = m x a (5 Words) |
3. | Acceleration toward the center of a curved or circular path |
4. | The tendency of an object to resist any changes in its motion |
5. | Law of..........; if a group of objects exerts forces only on each other, their total momentum does not change (it is simply transferred) (3 Words) |
7. | A push or a pull |
9. | This is the highest speed a falling object will reach (2 Words) |
10. | Forces in nature that adhere to Newton's third law of motion; for every force applied in nature there is an equal and opposite reaction force (3 Words) |
11. | Newton’s Law Of..........; first published in 1687; provides an equation such that the force of gravity between any two objects can be determined (if their distances and masses are known) = (constant) x ((mass 1) x (mass 2)) / (distance squared) (2 Words) |
12. | Anything that is thrown or shot through the air |
13. | the value of..........is now known to be approximately 6.67 x 10 to the -11 meters cubed/ kg x seconds squared |
14. | A space virtually devoid of matter |
15. | This is the force exerted toward the center of a curved path (2 Words) |
17. | Points of contact between two surfaces from which friction occurs |
18. | the product of an object's mass and its velcoity; represented with the symbol p |
21. | This is the frictional force between the tires and the road surface;..........is the centripetal force that keeps a car on the road while it rounds a curve |
22. | The frictional force between a rolling object and the surface it rolls on |
25. | The symbol given to the acceleration due to gravity (close to the Earth’s surface, which equals 9.8 m/s/s) |