| A | B |
|---|
| Newton | unit of measure that equals the force required to accelerate 1 kilogram of mass at 1 meter per second per second |
| Newton's 1st law | continues in an existing state of rest or continual motion in the same direction until acted on be external force |
| inertia | object's resistance to change in motion |
| force | a push or pull exerted on an object |
| Newton's 2nd law | sum of the forces is equal to mass of the object multiplied by the object's acceleration |
| Newton's 3rd law | forces act in pairs and for every action there is an equal and opposite reaction |
| friction | the resistance to motion that occurs when an object encounters when moving over a surface |
| gravity | force the pulls objects toward eachother |
| motion | the state at which an object's distance from position is changing |
| action force | force exerted by first object on the second object |
| reaction force | force exerted by second object in response to first object |
| drag | force that acts in the opposite direction as object moving through air |
| centripetal force | force that acts on an object in a circular path and is directed to the center |
| Newton's 3rd law | as fuel in the rocket ignites, the force of gas expansion and explosion pushes out the back of the rocket and send the rocket skyward |
| Newton's 2nd law | as ice skater pushes harder with his leg muscles, he begins to move faster |
| Newton's 1st law | when you are standing up in a subway train, and the train suddenly stops, your body continues to go forward |
| friction | the blade of an ice skate skimming over the ice results in the production of heat energy causing the ice to melt |
| air resistance | sleek shape of bobsled allows greater speeds because of decrease in ____________ |
| air resistance | force that is caused by air. The force acts in the opposite direction to an object moving through the air. |
| Newton | unit of measure that equals the force required to accelerate 1 kilogram of mass at 1 meter per second per second |
| Newton's 1st law | continues in an existing state of rest or continual motion in the same direction until acted on be external force |
| inertia | object's resistance to change in motion |
| force | a push or pull exerted on an object |
| greater | the greater the mass the _________ the inertia |
| greater | the greater the force, the __________ the acceleration |
| less | the greater the mass, the _________ the acceleration |
| 6.00 N south | If mass is 12 kg and acceleration is 0.50 m/s2 south...determine net force |
| formula for net force | mass times acceleration |
| 9.55 kg | Determine mass if there is a force of 22.25 N forward at an acceleration of 2.33 m/s2 |
| KG | MASS units |
| SEC | TIME units |
| M/S | SPEED units |
| M/S IN A DIRECTION | VELOCITY units |
| M/S^2 IN A DIRECTION | ACCELERATION units |
| KG * M/S IN A DIRECTION | MOMENTUM units |
| meters | DISTANCE units |
| NEWTONS | FORCE units |
| FORCE | NEWTONS are units for ______ |
| DISTANCE | METERS are units for _______ |
| MOMENTUM | KG * M/S IN A DIRECTION units for _____ |
| ACCELERATION | M/S^2 IN A DIRECTION units for ____ |
| VELOCITY | M/S IN A DIRECTION units for ____ |
| ACCELERATION | 26.55 m/s^2 south is a measurement of ___ |
| momentum | 75.32 kg*m/s down field is a measurement for ______ |
| 9.80 m/s^2 down | acceleration due to gravity |
| MEASURE OF force | 13.32 N is a measure of ____ |
| MEASURE OF velocity | 98.32 m/s up is a measure of _____ |
| MEASURE OF distance | 66.00 m is a measure of _____ |
| free fall | downward movement under the force of gravity only. |
| free fall | the condition of unrestrained motion in a gravitational field |
| addition | process for determining net force moving in the same direction |
| subtraction | process for determining net force moving in opposite directions |
