Newton's Laws of Motion

An object's tendency to resist a change in motion

The force needed to move an object

The speed at which an object moves

The energy stored in an object

A ball rolling until it hits a wall

A person leaning on a wall

A car accelerating

A bike stopping suddenly

Force is the product of mass and acceleration

Force is the sum of mass and acceleration

Force is the difference between mass and acceleration

Force is unrelated to mass and acceleration

If the same force is applied, an object with smaller mass accelerates more.

Force equals mass times acceleration.

The unit of force is Joules.

Acceleration is independent of force.

The force is the same and in the opposite direction.

The force is different and in the same direction.

The force is the same and in the same direction.

The force is different and in the opposite direction.

Law of Inertia

Law of acceleration

Law of Conservation of Momentum

Law of Friction

Law of Inertia

Law of acceleration

Law of Conservation of Momentum

Law of Friction

Law of Inertia

Law of Acceleration

Law of Conservation of Momentum

Law of friction

more acceleration

more force

more mass

more time

Law of Inertia

Law of acceleration

Law of Conservation of Momentum

Law of Friction

They explain the behavior of objects in motion and at rest.

They describe chemical reactions.

They help us understand the structure of atoms.

They predict weather patterns.