Atmosphere Basics
Clouds and Precipitation
Fronts and Pressure
Severe Weather
Energy and Waves
100

What is the name for a large body of air with similar temperature and humidity?

air mass

100

Which cloud type is thin, wispy, and often indicates fair weather but can precede storms?

cirrus

100

Which front is the leading edge of a mass of hot, moist air overtaking cool, dry air?

warm front.

100

What large, rotating storm forms over the ocean with strong winds and low pressure?

hurricane

100

The heat transferred from the Sun to the Earth by waves is called what?

radiation

200

Winds are named according to the direction from which they blow. (True/False)

True

200

Snow, sleet, hail, and rain are all examples of what process in the water cycle?

precipitation

200

On weather maps, what symbol typically represents a quick-moving cold front?

a solid blue line with triangles pointing in the direction the front is moving (teacher note: quick-moving cold front symbol typically is blue with triangles).

200

Doppler radar shows a vertical rotating column of air with high wind speeds. What is most likely occurring?

formation of a tornado

200

A pot is placed directly on a stove and gets hot. Which heat transfer process primarily causes the pot to heat up?

conduction (teacher note: stove-top heating is conduction between pot and burner; some answers list convection for liquids)

300

Which force causes winds to be deflected to the right in the Northern Hemisphere and left in the Southern Hemisphere?

Coriolis effect.

300

 Which cloud type is most associated with severe weather and thunderstorms?

 cumulonimbus

300

Which front is most likely associated with several days of continuous snowfall?

stationary front (or occluded depending on context; document's answer: cold front — check class emphasis).

300

How can a cold front cause severe weather when it moves into a warm air mass? (short explanation)

 Cold, dense air moves under warm air, forcing it up rapidly; rising moist air cools and condenses, producing strong convection and thunderstorms

300

 Order these EMS waves from lowest to highest energy: Ultraviolet, Visible, X-ray, Radio wave, Infrared, Gamma, Microwave.

Radio wave, Microwave, Infrared, Visible, Ultraviolet, X-ray, Gamma

400

What term describes the narrow zone of strong winds high in the troposphere that influences weather patterns?

Jet stream

400

Which cloud type is most associated with tornado formation?

cumulonimbus

400

Given a scenario: A cold front moves into a warm, moist region. Explain the sequence of weather events that can lead to thunderstorms (3–4 short points).

Low-pressure systems typically bring clouds, precipitation, and unsettled weather.

400

Which conditions are most associated with hurricanes? (choose the best set)

low pressure, high winds, and warm water temperatures.

400

Which section of the electromagnetic spectrum is the only one visible to the human eye?

Visible light

500

Describe how air moves between high- and low-pressure areas (short answer).

Winds move from high-pressure areas toward low-pressure areas, often causing air to rise in low-pressure zones.

500

A weather map shows a curved line with semicircles attached to a low-pressure system. Which type of front does this symbol indicate and what change in temperature is most likely?

Warm front (semicircles on the map) — temperatures will generally increase (warm front approaching).

500

Given a scenario: A cold front moves into a warm, moist region. Explain the sequence of weather events that can lead to thunderstorms (3–4 short points).

Cold air undercuts warm air, forcing warm moist air upward, leading to rapid condensation and possible thunderstorms/tornadoes.

500

Compare blizzards and thunderstorms — name one major similarity and one major difference.

Similarity — both can include high winds; Difference — blizzards involve heavy snow and cold temperatures, thunderstorms involve rain and often lightning.

500

What happens to frequency when energy increases? (choose and justify in one sentence)

Frequency increases as energy increases.