Newton's Third Law of Motion

An English scientist, mathematician, and astronomer

A French philosopher

An Italian artist

A German composer

Law of Action-Reaction

Law of Gravity

Law of Inertia

Law of Acceleration

There is an equal and opposite reaction

There is a greater reaction

There is no reaction

There is a lesser reaction

Air rushes out in one direction, propelling the balloon in the opposite direction

The balloon deflates and falls to the ground

The balloon remains stationary

The balloon explodes

Your legs push down on the ground, and the ground pushes back with equal force

You float in the air

You fall back to the ground immediately

You move sideways

By flapping its wings downward, causing the air to push back with equal force

By gliding without flapping its wings

By using its beak to propel forward

By jumping from high places

Because they act on different objects

Because they are not equal

Because they are not opposite

Because they are too weak

The rocket expels gas downward, and the gas pushes the rocket upward

The rocket's weight decreases

The rocket's engines stop

The rocket is pulled by gravity

By pushing water backward with their hands, and the water pushes them forward

By floating on the surface

By standing still

By moving their legs only

It helps us understand how forces work in pairs to create motion

It explains why objects fall

It describes the speed of light

It defines the concept of time