Describing Motion and Force
Speed, Velocity, and Acceleration
Newton's Laws
Friction and Gravitational Interactions
Formula Application
100

Definition of a force.

A push or pull

100

Definition of speed

The distance an object travels in a certain amount of time.

100

Newton's first law

An object in motion remains in motion unless acted upon by another force.

100

Weight

Measure of the force of gravity on an object

100

The net force of two people pulling in opposite directions with a force of 60 newtons.

Zero

200

Unit for the strength of a force.

Newton

200

Speed at a particular instant

Instantaneous speed 

200

Mass definition

Amount of mass something has

200

All matter has a gravitational force (true or false).

True

200

A car travels 60 miles in one hour

60mph

300

The net force of a person pulling right with 60 newtons and another person pulling left with 30 newtons.

30 newtons to the right

300

Definition of velocity

Speed of an object traveling in a given direction.

300

Inertia

An object's tendency to stay in motion.
300

Weight

Measure of the force of gravity on an object.

300

Free 300

heck yeah

400

Definition of friction

A contact force two surfaces exert when they rub against each other.

400

Definition of acceleration

Rate of which velocity changes.

400

Newton's second law

States that mass directly affects how much force is required to accelerate the object.

400

Two factors of the force of gravity

Distance and mass

400

A soccer ball is at rest and is kicked at 24m/s over a span of three seconds.

8m/s^2

500

Definition of gravity

A force that pulls objects together based on their masses.

500

A car remains at rest and speeds up to 60/mph in a span of 12 seconds. What is the acceleration?

5m/s^2

500

Newton's Third law

If one object exerts a force on an object, it pushes back with an equal force in the opposite direction (action-reaction).

500

Why does the moon have less gravitational force compared to Earth?

It has much more less mass than Earth.

500

A ten-pound bowling ball is dropping down 9.8m/s^2 at a height of 60 feet.

5880 Joules