Density
Buoyancy
Capillarity and Surface Tension
Fluid and Flow
Temperature Scales
100

It is measure by how tightly its mass is packed together.

Density

100

The person that discovered the Buoyancy law is _____________

Archimedes

100

It occurs when a liquid flows though a tube, cylinder, or porous material without external forces.

Capillarity

100

The movement of gas or liquid is refered as __________

Flow

100

Water freezes at 0°

Celsius

200

Objects with higher density will ___________

sink

200

Its weight is less than the buoyant force.

Float or buoyant

200

It is the attraction force between the same type of molecules.

Cohesive Force

200

In what field the following example is used:
To measure the amount of blood that the heart pumps.

Medicine

200

The freezing point is at 32°

Fahrenheit

300

An object with less density will ____________

Float

300

Its weight is greater than the buoyant force.

Weight or sink

300

It is the attraction force between molecules of different types.

Adhesive Force

300

In what field the following example is used:
To determine how much water a household uses.

Households

300

Water boils at 100°

Celsius

400

It represents the weight of the object.

Mass

400

Its weight is is the same to the buoyant force.

Equal or suspended

400

It is the force that determines the way in which the outer layer behaves.

Surface tension

400

In what field the following example is used:
To measure the amount of gas or liquid pollutans that are produced by a particular industrial process.

Waste management

400

0 corresponds to -273°C

Kelvin

500

It represents the space that is occupied by an object.

Volume

500

Name of the force that is applied over an object that is placed over a fliud.

Buoyant force

500

What is the name of the elastic sheet that forms over water spill.

Membrane

500

In what field the following example is used:
The volume of water that flows through a river or a dam.

Hydrology

500

This scale is mainly used in many English Speaking countries.

Fahrenheit