What is Force?
Types of Forces
Push or Pull?
Buoyancy
Gravity & Friction
100

What is Force?

A push or a pull that can make something move.

100

What type of force is gravity?

A force that pulls objects towards the Earth.

100

When you open a door, are you pushing or pulling?

Pulling

100

What is buoyancy?

The force that makes things float in water.

100

What force makes things fall down when you drop them?

Gravity

200

What happens when you push or pull an object?

It can start moving, stop moving, change direction, or change shape.

200

What is the force that keeps us on the ground?

Gravity

200

When you kick a ball, is it a push or a pull?

Push

200

What happens when an object is lighter than the water it pushes aside?

It floats.

200

What force slows down a sliding object?

Friction

300

True or False: Forces can only push objects.

False. Forces can push or pull objects.

300

True or False: Friction makes objects move faster.

False: Friction slows objects down.

300

When you close a drawer, is it a push or a pull?

Push

300

Name something that floats on water.

Examples: A boat or a rubber duck.

300

What would happen if there were no gravity?

We would float, and objects wouldn’t fall to the ground.

400

What do we call the amount of "push" or "pull" on an object?

Strength of the force.

400

What force makes objects fall to the ground when you drop them?

Gravity.

400

What force do you use to drag a suitcase across the floor?

Pull

400

Why does a rock sink in water?

Because it is heavier than the water it displaces.

400

Why is it harder to push something across carpet than a smooth floor?

Because of friction on the carpet.

500

If you push a toy car, what force makes it slow down and stop?


Friction.

500

What force is used when you slide something across a rough surface?

Friction.

500

When you lift a bag, is it a push or pull?

Pull

500

What force is pushing up on an object that floats?

Buoyant force.

500

True or False: Friction is stronger on rough surfaces than on smooth surfaces.

True