Clouds
The Water Cycle
Heat & Energy
Pressure/Humidity
Atmosphere
100

These clouds are fluffy and look like the ones you would draw in a picture.

Cumulus

100

This is the movement of water between Earth and the atmosphere.

Water Cycle

100

Energy transfer through direct contact.

Conduction

100
Differences in air pressure cause this to form.

Wind

100

The layer of the atmosphere where we live.

Troposphere

200

Thin, wispy clouds high up in the sky.

Cirrus

200

When water changes from a liquid to a gas due to heat from the Sun.

Evaporation

200

The transfer of every through density differences in the air.

Convection.

200

As temperature increases, pressure...

Increases

200

This layer contains the Ozone layer.

Stratosphere

300

A gray sky covers the entire area like a blanket. Identify this layered cloud

Stratus

300

Water vapor cools and forms droplets inside a cloud is an example of this process.

Condensation 

300

Energy transfer through electromagnetic waves.

Radiation

300

As temperature increases, density...

Decreases

300

The outermost layer of the atmosphere.

Thermosphere

400
Fog is an example of this cloud at the surface.

Stratus

400

Underground liquid stored between spaces in rock and soil.

Groundwater

400

In the can Crush Demo, the can was heated by this form of energy transer.

Conduction

400

Humidity that compares the amount of water vapor in the air to the maximum amount it can hold.

Relative Humidity

400

Weather forms and occurs in this layer.

Troposphere

500

This towering cloud produces heavy storms and thunder.

Cumulonimbus

500

Which "sphere" includes all of the Earth's water? 

Hydrosphere

500

In the Can Crush Demo, the water inside the can experienced this type of energy transfer.

Convection

500

In the Can Crush Demo, the can crushed when removed from the heat and placed in the water because the pressure inside the can ____(increased/decreased).

Decreased.

500

Meteors burn up in this layer.

Mesosphere