Physics of Motion
Basic Physics
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100

This is the unit for force

Newton

100

This term describes the amount of matter in an object

M=W/G

Mass

100

The value that results if you multiply mass and velocity; often used to determine fault in car crashes

Momentum

100

This is the formula to calculate Speed

Distance รท time?

100

Forces occurring between objects and the surfaces they are on

Friction

200

This type of energy describes motion

Kinetic energy

200

This is the term for the Maximum speed reached by a falling object

Terminal velocity

200

This is the change to your weight if you were transported to Saturn

Increase

200

This must act on an object in order for the direction or speed of an object to change

Unbalanced force

200

A circuit that has a path to power for each lightbulb in it is an example of this type of circuit

Parallel

300

Work done over a period of time

Power

300

The attractive force that acts on all objects everywhere all the time

Gravity

300

Another term for the energy transfer that occurs when an object is moved over a distance 

Work

300

The definition of acceleration

The rate of change in velocity

300

How badly you can get burnt by a substance is determined by this property of the element's ability to hold onto heat

Heat capacity

400

The unit for work and energy

Joule

400

The equation for total (net) force

F = m*a

400

The force of gravity on the object; may be defined as the mass times the acceleration due to gravity

Weight

400

The difference between Speed and velocity

Direction / vector 

400

Light, radiation, and sound waves are all this type of energy

Electromagnetic or EM

500

The distance a car travelled if it drove at 40 m/s for 30 minutes

72 km

D = v*t = 40 m/s * 1800 s

D= 72,000 m = 72 km

500

The mass of an object that is traveling at acceleration of 20m/s^2 and a force of 10,000N 

500kg

M= F/a = 10,000 / 20 

M= 500kg

500

These are the two variables or things in a physical space that determine what the acceleration of an object will be

Force and Mass

500

The force that would be less if you were on the moon

Weight

500

The amount of kinetic energy we would expect a ball to have at the bottom of a hill if it started with a gravitational potential energy (GPE) of 300J

300 J

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