What primarily causes the Northern and Southern Hemispheres to experience opposite seasons?
4 Climate Through Time Online Quiz Questions
Use this free practice quiz with 20 questions to review 4 Climate Through Time, test your knowledge, and prepare for your next test or exam.
A coastal location often has smaller temperature swings than an inland location because water heats and cools more slowly than land.
- A
True
- B
False
In general, air temperature as elevation increases.
Climate is typically assessed using averages over at least how many years?
A city beside a large lake has milder temperature swings than a nearby inland city. Which climate control best explains this pattern?
- A
Nearby water changes temperature faster than land, intensifying seasonal extremes.
- B
Coastal air receives less sunlight because oceans block solar energy.
- C
Nearby water heats and cools slowly, often reducing temperature swings.
- D
Coastal locations are always warmer than inland locations.
Select all the natural influences described as contributing to climate variability.
- A
Changes in tropical Pacific temperatures and atmospheric circulation associated with ENSO
- B
Sunlight-reflecting particles added to the atmosphere by volcanic eruptions
- C
Small changes in the Sun’s output
- D
Burning coal, oil, and gas
- E
Internal exchanges of heat between the ocean and atmosphere
Milankovitch cycles explain today’s rapid warming because their effects unfold over only a few decades.
- A
True
- B
False
Tiny air bubbles trapped in ice cores preserve samples of .
What term describes a sustained shift in long-term climate averages and patterns?
Several years of changing tropical Pacific conditions coincide with shifts in rainfall and temperature in distant regions, while the global warming trend continues. Which interpretation best fits this pattern?
- A
ENSO causes a permanent increase in global temperature by itself.
- B
ENSO affects only local weather and cannot influence regional climate patterns.
- C
ENSO is another name for the long-term warming caused by greenhouse gases.
- D
ENSO can shift temperature and rainfall patterns, but does not by itself explain persistent global warming.
Select all the accurate explanations of how physical geography can influence regional climate.
- A
Low latitudes receive more solar energy on average than high latitudes.
- B
High plateaus are often cooler than nearby lowlands because temperature generally decreases with height.
- C
Ocean currents have little influence on nearby coasts because they do not transport heat.
- D
Mountains can cause rain on one side and drier conditions on the other by forcing moist air upward.
A person argues that one unusually cold winter disproves human-driven global warming. Explain why that conclusion is not supported. Distinguish weather, climate variability, and climate change, and describe how evidence supports the conclusion about human influence on the long-term trend.
A traveler crosses a broad region where climate conditions shift gradually, with a nearby mountain creating a local exception to the general pattern. Which statement best describes the climate zones in this region?
- A
Climate zones always end at sharp boundaries because each region has one fixed climate.
- B
Climate zones are useful categories, but conditions usually change gradually and local geography can create exceptions.
- C
Climate zones are determined only by latitude, so local geography does not matter.
- D
Every place within a climate zone has identical conditions throughout the year.
A mountain range is exposed to prevailing moist winds, and the regions on its two sides have different rainfall. Which explanation best accounts for this pattern?
- A
Mountains prevent winds from carrying moisture into any nearby region.
- B
Air descending on both sides of a mountain always produces equal rainfall.
- C
Moist air forced upward by a mountain can produce rain on one side and drier conditions on the other.
- D
Mountain height affects temperature but cannot influence rainfall.
A high plateau and a nearby lowland are at similar latitudes and distances from the ocean. Based on elevation alone, which climate difference is most likely?
- A
The plateau is likely warmer because it receives more solar energy at high elevation.
- B
The plateau is likely cooler because air temperature generally decreases with height.
- C
The plateau is likely warmer because elevation traps more heat from the Sun.
- D
The plateau is likely the same temperature because elevation does not influence climate.
A climate comparison shows that a tropical region receives more solar energy on average than a polar region. Which explanation best accounts for this difference?
- A
The tropical location receives more solar energy on average because the Sun’s rays strike it more directly.
- B
The tropical location receives less solar energy on average because its days are shorter year-round.
- C
The two locations receive the same solar energy because Earth’s surface is curved.
- D
The polar location receives more solar energy on average because the Sun’s rays strike at a lower angle.
What are the long-term orbital patterns that help explain the timing of past glacial and interglacial periods called?
What effect can ocean currents have on nearby coasts?
- A
They stop heat from moving between the ocean and atmosphere.
- B
They transport heat and can warm or cool nearby coasts.
- C
They create the seasons by changing Earth's axial tilt.
- D
They determine the distance of a region from the equator.
A few unusually cool years would, by themselves, disprove the conclusion that human influence has caused long-term global warming.
- A
True
- B
False
ENSO involves recurring changes in ocean temperatures and atmospheric circulation in which ocean region?
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