Motion
Forces
Work
Energy
Other
100

This is the slope of a line on a distance time graph

speed

100

This is a measure of the amount of matter in an object

Mass

100

This is the metric unit for work

joule

100

This is the transfer of work

Energy

100

This piece of lab equipment measures mass

balance

200

This is represented by a straight diagonal line on a distance time graph

constant speed

200

there are 1000 grams in one of these units

kilogram

200

Work divided by distance is equal to this

Force

200

This is the energy of motion

kinetic energy

200

A flat horizontal line on a distance time graph represents this type of motion

no motion

300

25 m/s North is an example of one of these

vector

300

This is the metric unit for force

Newton

300

This is the unit of measure used to measure power.

watt

300

A wind up toy, a stretched rubber band and a compressed ball all contain this type of energy

elastic potential energy

300

Acceleration can occur in an object moving at a constant speed if the object is doing this

changing directions

400

Objects in free fall near the surface undergo this

constant acceleration

400

These are the forces acting on a falling object 

weight and air resistance

400

Power divided by work equals this

time

400

GPE is of an object is less on the moon due to this reason

the Moon has less gravity

400

The law of conservation of energy stated that energy cannot be created or destroyed but can do this

Be converted from one form to another

500

This is the rate at which velocity changes

Acceleration

500

A force acting on an object does no work if this occurs

The force is not in the direction of the motion

500

If you exert a force of 1200 N to walk 5 m up a flight of stairs in 5 seconds you will use this much power

1200 W

500

As an object falls this type of energy decreases

gravitational potential energy

500

The potential energy at the beginning of an event will be equal to this at the end of the event

kinetic energy

M
e
n
u