Teacher Certification · 5921

Praxis Geography Practice Test

Geography practice for Praxis 5921 samples physical and human geography through questions about climate, landforms, soils, population, economic activity, and spatial patterns. The available question bank also uses maps and geographic models to examine how locations relate to one another and how people interact with Earth’s systems.

Exam overview

Exam providerETS Praxis
Exam code5921
CategoryTeacher Certification

About the Praxis Geography Exam

Questions call for interpreting geographic evidence and connecting processes to observed patterns. Physical geography examples address plate boundaries, earthquakes, volcanic aerosols, ocean influence on temperature, and soil-horizon development. Human geography questions involve migration push factors, functional regions, site selection, and the organization of administrative services. Map items test projection distortion and the limits of showing varied local conditions with broad district-level categories. These tasks draw on spatial reasoning: identifying scale, distinguishing location from region, and explaining why a particular pattern occurs. For teaching, the same knowledge supports explaining maps, environmental processes, settlement choices, and movement of people in clear, evidence-based terms.

Sample Practice Questions

Review a selection from this exam's published US Practice Tests practice bank.

Question 1

Why can a volcanic eruption inject large quantities of sulfur dioxide into the stratosphere and temporarily cool Earth’s surface?

  1. AThe gas forms reflective sulfate aerosols that reduce incoming sunlight.
  2. BThe gas permanently removes oxygen from the atmosphere.
  3. CThe gas causes ocean tides to weaken across the globe.
  4. DThe gas directly increases the amount of solar energy reaching the surface.
Show answerCorrect answer: A

Stratospheric sulfur dioxide can form sulfate aerosols that reflect some incoming solar radiation back to space. This can produce temporary global cooling, though the magnitude and duration depend on the eruption and atmospheric conditions.

Question 2

A coastal location has a smaller annual temperature range than an inland location at the same latitude. Which factor most directly explains this difference?

  1. AOcean water heats and cools more slowly than land
  2. BCoastal locations receive less solar energy throughout the year
  3. COcean currents prevent seasonal changes in daylight
  4. DLand surfaces reflect more sunlight than ocean surfaces
Show answerCorrect answer: A

Water has a high heat capacity, so it warms and cools more slowly than land. This moderates nearby coastal temperatures and reduces the annual temperature range.

Question 3

A retailer chooses a warehouse site near major highways and population centers. Which factor is most directly being considered?

  1. AAccessibility to transport networks and markets
  2. BThe local angle of solar incidence
  3. CThe region’s tectonic plate boundary
  4. DThe prevailing direction of ocean currents
Show answerCorrect answer: A

Transport access and proximity to customers influence shipping costs and delivery times, making them important location factors for warehouses. The other factors are not directly relevant to this siting decision.

Question 4

Which soil horizon is typically the main zone of accumulation for materials leached from upper layers, such as clay and iron compounds?

  1. AO horizon
  2. BA horizon
  3. CB horizon
  4. DR horizon
Show answerCorrect answer: C

The B horizon, or subsoil, is commonly a zone of accumulation (illuviation) for materials transported downward from upper soil horizons.

Question 5

A region experiences frequent earthquakes along a major fault, but little volcanic activity. Which plate-boundary setting is most consistent with this pattern?

  1. AA transform boundary where plates slide past one another
  2. BA mid-ocean ridge where plates diverge and magma rises
  3. CA subduction zone where an oceanic plate descends beneath a continent
  4. DA continental rift where crust is thinning and separating
Show answerCorrect answer: A

Transform boundaries commonly produce earthquakes as plates move laterally past one another. They generally do not generate the volcanism associated with many divergent boundaries and subduction zones.

Question 6

Which is the best example of a functional region?

  1. AAn area organized around a central city and linked to it by commuting flows
  2. BA country defined by an internationally recognized boundary
  3. CAn area whose residents share a broad cultural identity
  4. DA zone defined by the same annual precipitation total
Show answerCorrect answer: A

A functional region is organized around a node and connected through interactions or flows. Commuting between suburbs and a central city is a common example.

Question 7

Which situation best illustrates a push factor in migration?

  1. AA worker moves to a region with more job openings
  2. BA family leaves an area after repeated crop failures
  3. CA student relocates to attend a preferred university
  4. DA retiree moves closer to relatives
Show answerCorrect answer: B

A push factor is a condition that encourages people to leave a place. Repeated crop failures can undermine livelihoods and prompt out-migration.

How to use this practice test

The free practice session draws up to 20 random questions from the 50-question bank. Submit a session to see results, then use missed or uncertain items to identify concepts to revisit, such as map distortion, regional classification, climate controls, or plate-boundary processes.

Preparation tips

  • Compare divergent, convergent, and transform plate boundaries by their characteristic landforms, earthquakes, and volcanic activity.
  • Trace how solar angle, elevation, distance from water, and atmospheric processes influence temperature and climate patterns.
  • Practice reading map projections and explain which spatial properties—such as area, shape, distance, or direction—are distorted.
  • Distinguish formal, functional, and perceptual regions, and connect each type to a concrete geographic example.
  • Review soil-profile horizons and migration push factors, linking each term to the process or condition it describes.
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