True or false: In broad atmospheric circulation patterns, rising air tends to cool and release moisture, while descending air tends to warm and become drier.
2 Controls of Climate Online Quiz Questions
Use this free practice quiz with 20 questions to review 2 Controls of Climate, test your knowledge, and prepare for your next test or exam.
Why do places at higher latitudes generally have larger seasonal temperature contrasts than places near the equator?
- A
They receive more direct sunlight year-round and have smaller seasonal temperature changes.
- B
They receive sunlight at a lower angle and generally have larger seasonal temperature contrasts.
- C
They receive the same amount of sunlight throughout the year as equatorial regions.
- D
They have larger seasonal temperature contrasts because land heats more slowly than water.
As air rises to higher elevation and pressure falls, it expands and cools, so average generally decreases.
What is the process called when deeper ocean water rises to the surface?
A coastal city and an inland city are at similar latitudes. Which difference in their seasonal temperatures is most likely?
- A
Coastal locations usually have wider annual temperature ranges because water changes temperature quickly.
- B
Inland locations usually have milder summers and winters because land heats and cools slowly.
- C
Coastal locations often have cooler summers and warmer winters than inland locations at similar latitudes.
- D
Coastal locations are warmer in every season because water always releases heat into the air.
Warm ocean currents carry heat toward .
True or false: A mountain slope’s direction and exposure to sunlight can create local temperature differences.
- A
True
- B
False
What is the name for a drier area on the leeward side of a mountain?
In the broad circulation patterns described in the material, what do the trade winds do?
- A
They carry air away from the tropics toward the poles.
- B
They carry air toward the tropics.
- C
They carry air only from west to east across the middle latitudes.
- D
They carry moist air upward along mountain slopes.
Select all statements that correctly describe how mountains can affect precipitation.
- A
Moist air forced up a mountain slope cools, and water vapor may condense and fall as precipitation.
- B
Air descending the leeward slope cools and becomes wetter.
- C
Air descending the leeward slope warms and dries.
- D
The direction of prevailing winds determines which slopes are windward or leeward.
True or false: Seasonal shifts in atmospheric circulation can bring wet and dry seasons to some regions.
- A
True
- B
False
How does the Gulf Stream influence climate in parts of northwestern Europe?
- A
It carries heat northward across the Atlantic and helps moderate winters in parts of northwestern Europe.
- B
It carries cold water southward and creates dry conditions throughout Europe.
- C
It prevents prevailing winds from carrying heat and moisture between regions.
- D
It cools the tropics by bringing deep water to the ocean surface.
A highland town near the equator is cooler than a nearby lowland town at the same latitude. Explain how elevation can account for the temperature difference, and why latitude alone is not enough to predict the two towns’ precipitation.
Select all factors identified as shaping large-scale atmospheric circulation and prevailing winds.
- A
Uneven solar heating drives large-scale air circulation.
- B
Earth’s rotation helps shape prevailing winds and circulation patterns.
- C
Latitude alone determines every prevailing wind pattern.
- D
The arrangement of continents and oceans shapes circulation patterns.
A coastal city and an inland city lie at similar latitudes. Why would the coastal city typically have cooler summers and warmer winters?
- A
Water heats and cools more quickly than land, increasing coastal temperature extremes.
- B
Water heats and cools more slowly than land, moderating nearby temperatures.
- C
Coastal locations receive less sunlight than inland locations at the same latitude.
- D
Ocean water prevents seasonal changes in air temperature.
A highland town is much cooler than a nearby lowland town at the same latitude. Which process best explains this difference?
- A
Air compresses as pressure falls, releasing heat.
- B
High elevations receive less solar energy because they are farther from the Sun.
- C
Rising air expands as pressure falls and cools.
- D
Mountains block all warm air from reaching highland areas.
Why do higher latitudes generally have colder average conditions and larger seasonal temperature contrasts than regions near the equator?
- A
Sunlight arrives at a lower angle, and day length changes more between summer and winter.
- B
Sunlight is more direct throughout the year, and day length stays nearly constant.
- C
Land heats and cools faster than water, causing stronger seasonal changes everywhere.
- D
Warm air rises more often at the poles, creating larger seasonal contrasts.
In which broad latitudinal belt does descending, drying air commonly favor arid climates?
Prevailing winds carry moist air toward a mountain range. On which side is precipitation most likely as the air is forced upward?
- A
The leeward side, where descending air cools and releases moisture
- B
The leeward side, where air rises and gains moisture from the ground
- C
Both sides equally, because mountains do not affect airflow
- D
The windward side, where rising air cools and moisture may condense
Which prevailing wind system carries air toward the tropics?
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