Amplify Weather Patterns Unit Review

Front

What happens to an air parcel when it is warmer than the surrounding air?

Back

The air parcel loses energy as it rises, which can lead to condensation and rainfall.

Front

What is condensation in the context of weather patterns?

Back

Condensation is the process of a gas (water vapor) changing to a liquid, forming clouds.

Front

How does the temperature of an air parcel affect its energy?

Back

Warmer air parcels have more energy, while cooler air parcels have less energy.

Front

What is the relationship between energy loss in an air parcel and rainfall?

Back

The more an air parcel loses energy and cools, the more rainfall can occur.

Front

What could cause an air parcel to gain energy?

Back

An air parcel can gain energy if it is pushed into a warmer environment or if it is compressed.

Front

What is the significance of wind in weather patterns?

Back

Wind can push air parcels higher, affecting their temperature and energy, which can lead to rainfall.

Front

What is the effect of cooler air on a rising air parcel?

Back

Cooler air can cause the rising air parcel to lose energy more quickly, leading to condensation and potential rainfall.

Front

What is the difference between Storm 1 and Storm 2 in terms of air parcel temperature?

Back

Storm 1 had a warmer air parcel, while Storm 2 had a cooler air parcel, affecting the amount of rainfall.

Front

What role does surrounding temperature play in storm formation?

Back

The surrounding temperature can influence the energy of the air parcel and its ability to produce rainfall.

Front

What is the outcome when an air parcel at the surface is warmer than the air above it?

Back

The warmer air parcel can rise, lose energy, and potentially lead to rainfall.