Newton's Third Law of Motion

When a car accelerates forward (action), the tires push backward against the road (reaction).

When a car brakes suddenly, the passengers lurch forward due to inertia.

When a car turns left, the steering wheel moves to the right.

When a car honks its horn, the sound travels through the air.

The gymnast will be pushed back by the trampoline with less force and will not go as high into the air.

The gymnast will be propelled higher into the air due to increased bounce.

The gymnast will remain at the same height as before.

The gymnast will fall off the trampoline completely.

It helps athletes understand how to apply force effectively to achieve better performance.

It allows athletes to predict the weather conditions during a game.

It teaches athletes how to run faster without getting tired.

It explains the importance of teamwork in sports.

It will decrease the object's acceleration and motion.

It will have no effect on the object's motion.

Increasing the force will increase the object's acceleration and motion.

It will cause the object to move in the opposite direction.

Air resistance increases the speed of the object.

Air resistance has no effect on the object.

Air resistance acts as a reaction force that opposes the motion of the object.

Air resistance causes the object to accelerate faster.

The swimmer sinks to the bottom of the pool.

The swimmer moves forward due to the reaction force.

The swimmer spins in circles.

The swimmer stays in the same place.

They are equal in size and opposite in direction.

They are unequal in size and opposite in direction.

They are equal in size and in the same direction.

They have no relationship at all.

A force that opposes motion

The initial force applied in a pair of forces described by Newton's Third Law

A force that acts at a distance without contact

A force that is always equal to the reaction force

They exert equal and opposite forces on each other.

One object exerts a greater force than the other.

The forces cancel each other out completely.

The objects do not exert any forces on each other.

They explain how athletes can use forces to enhance their performance, like a swimmer pushing off the wall.

They are only relevant in theoretical physics and have no practical application in sports.

They describe the relationship between an athlete's speed and their endurance levels.

They indicate that athletes should avoid using force to prevent injuries.