Teacher Certification · 720

Georgia GACE Geography (6-12) Assessment Practice Test

The Georgia GACE Geography (6-12) Assessment practice page covers geographic reasoning about Earth’s physical systems and human activity. Sample questions use maps and spatial data to examine latitude, map scale and projection, climate patterns, population change, trade, supply chains, and environmental risk. The material connects location and place with the relationships among people, resources, and environments.

Exam overview

Exam providerGeorgia Professional Standards Commission
Exam code720
CategoryTeacher Certification

About the Georgia GACE Geography (6-12) Assessment Exam

Geographic problem solving involves selecting and interpreting representations of space. A map-scale question, for example, requires converting a measured distance to ground distance, while projection problems ask how a map distorts area or shape. Comparing rainfall and crop-yield patterns calls for distinguishing an observed association from proof of causation. Other questions apply physical geography concepts, such as how latitude affects seasonal daylight or how rainforest conditions support nutrient cycling. Human geography problems may involve demographic transition, comparative advantage, movement of goods through distribution networks, or the protective role of coastal mangroves. For secondary teaching, these concepts support clear explanations of spatial patterns, human-environment interaction, and evidence-based geographic claims.

Sample Practice Questions

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

Question 1

A map projection preserves the shapes of small local features but greatly enlarges the apparent area of high-latitude regions. Which limitation is being illustrated?

  1. AEvery flat map projection distorts at least some properties of Earth’s curved surface
  2. BA map cannot show locations using a coordinate grid
  3. CHigh latitudes have no measurable area
  4. DMap projections preserve distance and area equally everywhere
Show answerCorrect answer: A

Transforming Earth’s curved surface onto a flat map necessarily introduces distortion. Different projections preserve or emphasize different properties, such as shape, area, distance, or direction, while distorting others.

Question 2

A geographer compares the amount of daylight received at different latitudes during the same season. Which factor most directly explains why daylight duration varies with latitude?

  1. AEarth’s tilted axis changes the angle and duration of sunlight across latitudes
  2. BEarth’s rotation causes all latitudes to receive equal daylight each day
  3. COcean currents carry sunlight toward higher latitudes
  4. DThe Moon blocks sunlight for different lengths of time at each latitude
Show answerCorrect answer: A

Earth’s axis is tilted relative to its orbital plane. As Earth orbits the Sun, this tilt changes the length of daylight by latitude, with the strongest differences occurring at higher latitudes.

Question 3

A geographer compares a country’s map of rainfall with a map of crop yields and finds that areas with more reliable rainfall tend to have higher yields. What can this comparison establish most directly?

  1. AA spatial association between rainfall and crop yields
  2. BThat rainfall is the only cause of crop yields
  3. CThat every farm uses the same technology
  4. DThat crop yields determine the country’s climate
Show answerCorrect answer: A

Comparing mapped patterns can reveal spatial association: the two variables tend to occur together in particular places. Association alone does not prove that one variable is the sole cause of the other.

Question 4

Which geographic coordinate is measured north or south of the Equator?

  1. ALongitude
  2. BLatitude
  3. CElevation
  4. DBearing
Show answerCorrect answer: B

Latitude measures angular distance north or south of the Equator. Longitude measures angular distance east or west of the Prime Meridian.

Question 5

A country specializes in producing a good that it can make at a lower opportunity cost than its trading partners, then exchanges it for other goods. Which concept best describes this economic reasoning?

  1. AComparative advantage
  2. BCultural diffusion
  3. CUrban primacy
  4. DDemographic transition
Show answerCorrect answer: A

Comparative advantage means that a producer can make a good at a lower opportunity cost than another producer. Specialization and trade based on comparative advantage can benefit trading partners, though actual outcomes depend on many economic and political factors.

Question 6

A coastal community restores mangrove forests along its shoreline. How can this action help reduce some coastal risks?

  1. AMangrove roots can slow water and help trap sediment, reducing erosion and wave impacts
  2. BMangroves prevent all hurricanes from reaching the coast
  3. CMangroves permanently stop sea levels from rising
  4. DMangrove forests increase the strength of storm surge by directing water inland
Show answerCorrect answer: A

Mangrove roots and vegetation can stabilize shorelines, trap sediment, and reduce the energy of waves and some storm impacts. Their protective benefits vary by local conditions, and they do not eliminate coastal hazards.

Question 7

A country’s birth rate falls over time as access to education and health care expands, while life expectancy rises. In the demographic transition model, which broad change is most likely occurring?

  1. AA shift toward lower population growth as birth rates decline
  2. BA return to very high death rates caused by improved health care
  3. CA shift toward higher birth rates because life expectancy rises
  4. DA change in population distribution caused only by migration
Show answerCorrect answer: A

In the demographic transition model, declining birth rates following earlier declines in death rates generally reduce the rate of natural increase. Education and improved health care are among factors associated with demographic change.

How to use this practice test

The free practice set draws up to 20 random questions from the 50-question bank for each session. Answer the questions, then use the displayed results to identify concepts that need more work. Review any missed item by naming the geographic principle involved and explaining how the map, data, or scenario supports the answer.

Preparation tips

  • Practice converting map distances using representative scales, including 1:100,000, and check that units are consistent.
  • Compare map projections by identifying which properties—such as area, shape, distance, or direction—are preserved or distorted.
  • Explain spatial relationships cautiously: distinguish correlation in rainfall and crop-yield maps from evidence that establishes causation.
  • Use demographic transition concepts to connect changes in birth rates and life expectancy with broader population patterns.
  • Trace a product’s route through factories, distribution centers, and retailers, and relate trade choices to opportunity cost.
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