Final full-length simulation. Complete this after Lesson 30. It mirrors the real AP Human Geography exam in format, timing, and unit weighting across all seven units.
This exam has two sections, each worth 50% of your score.
Pacing target for Section I: about one minute per question. Bank time on quick concept items to spend on stimulus sets. Read the question stem before studying the stimulus, then extract only what the stem needs.
When you finish Section I, check your answers against the Section I Answer Key at the end of this section, then continue to Section II.
60 questions · 60 minutes · 50% of exam score
1. D — Scales. Neighborhood → country → world is a climb through geographic scale. Projection, region-of-religion, and bid-rent name unrelated ideas. Fix: moving between neighborhood → country → world = analyzing across scales.
2. C — Hierarchical diffusion. Spread down an urban size ranking (largest cities first) is hierarchical. A spreads to adjacent areas by contact; B requires people relocating; D spreads an underlying idea while rejecting the original form.
3. A — Situation. Site = a place's internal physical characteristics (the harbor); situation = its position relative to other places (links to interior and ocean). B is coordinates; C is a place name; D is weakening interaction with distance.
Questions 4–5 refer to the following map description.
Map: A choropleth map of a country in which administrative provinces are shaded in five tones. The darkest provinces cluster along the seacoast and around two large river deltas; the palest provinces form a broad band across an arid interior plateau. A legend labels the tones "persons per square kilometer," from low (pale) to high (dark).
4. A — Distribution of population density. A choropleth shades enumeration units by a value; here that value is persons per km² — a spatial distribution of density. B is a specific density type not indicated; C and D are different variables. Fix: choropleth shading by persons/km² = spatial distribution of population density.
5. C — Choropleth averaging hides internal variation, and low ≠ zero. Choropleths average across each unit and can mask pockets of population; pale (low) shading is not empty. A is false (it shows quantitative data); B describes projections; D is wrong — it is a thematic map. Fix: choropleth averages within units — low density ≠ zero population.
6. B — Death rates fall while births stay high. That widening gap drives Stage 2's rapid growth. A is Stage 1; C is Stage 3; D is Stage 4.
7. D — Short, stepwise, toward opportunity. Core of Ravenstein's laws. A contradicts the short-distance regularity; C is forced migration; B is a counter-stream, not the majority pattern. Fix: Ravenstein = most migration short-distance, stepwise, toward opportunity.
8. C — Internally displaced person. Forced to flee but still inside the home country = IDP. A refugee (A) has crossed an international border; an asylum seeker (B) has applied for protection abroad; D is not forced.
9. C — Push factors. Negative conditions at the origin (low wages, drought) push people out. A is at the destination; B is something blocking the route; D is the reverse flow.
Questions 10–12 refer to the following stimulus.
Three population pyramids for Countries X, Y, and Z: - Country X: a wide triangular base narrowing steeply to a thin top; male and female bars roughly symmetric; no notches. - Country Y: nearly vertical "column" sides with a base about as wide as the middle, and a relatively thick top of older adults. - Country Z: a narrow base that is smaller than the bulge of middle-aged adults above it, giving an "inverted" or top-heavy look.
10. A — Stage 2. A wide base tapering steeply = high fertility, rapid growth = Stage 2. B (Stage 1) would be smaller/more even with a high death toll trimming the base; C (Stage 4) is columnar; D (Stage 5) is top-heavy. Fix: wide base + steep taper = DTM Stage 2.
11. C — Lower TFR, aging/shrinking. An inverted, top-heavy pyramid means few young people relative to older cohorts — low fertility and aging (possible decline). A and B describe youthful, high-fertility structures; D would show a widening, not narrowing, base. Fix: inverted/top-heavy pyramid = low TFR, aging population.
12. B — Country Y. A columnar, low-fertility structure (Stage 4-like) already has a modest youth-dependency load, and its sizable adult cohorts will age into a growing elderly-dependency burden. A has heavy youth dependency now; C is already top-heavy (elderly burden is present, not merely rising).
Line graph with time on the horizontal axis. A "death rate" line starts high, drops steeply, then levels off low. A "birth rate" line stays high well after the death rate has fallen, then drops later. The vertical gap between the two lines (natural increase) is widest in the middle of the graph.
This graph is a representation of the:
13. D — Demographic Transition Model. Falling death line, later-falling birth line, widest gap in the middle = the DTM. A, B, C are unrelated models. Fix: falling death then falling birth line, widest gap mid-graph = DTM.
14. A — Physiological density. Total population divided by arable land is physiological density. B (arithmetic density) uses all land, not just arable; C (agricultural density) divides the number of farmers (not total population) by arable land — watch the numerator; D is an environmental ceiling concept, not a ratio. (Distractor note: C is the trap — the key difference is the numerator: total population = physiological, farmers only = agricultural.) Fix: total population ÷ arable land = physiological density.
Data table listing four migration streams into one destination country, each with an illustrative share of total arrivals. The largest share is labeled "family reunification," the next "labor migration," a smaller share "students," and the smallest "asylum/refugee resettlement."
Assuming the illustrative shares hold, the pattern shown best supports which conclusion?
15. C — Chain migration via family networks leads the inflow. The largest illustrative share is family reunification, the hallmark of chain migration. A is false (asylum is smallest); B ignores the labor share; D is unrelated. (Values are illustrative, not real statistics.) Fix: family reunification leading the inflow = chain migration.
16. B — Relocation diffusion. Traits spread by people physically moving and carrying culture with them. A spreads by contact to adjacent areas; C jumps down a hierarchy; D adopts the idea but not the form.
17. C — Creole. A pidgin that gains native speakers becomes a creole. A is a shared second language; B is a regional variety; D is a place name.
18. A — Universalizing seek converts; ethnic tied to a people/place. The standard distinction. B reverses it; C and D are false generalizations.
19. D — Diffusion/migration from a common hearth over centuries. A single language family spanning Europe and northern South Asia reflects long-term spread from a shared origin (a language family). A and C describe recent processes too shallow to produce a whole family; B (chance convergence) is not how families form. Fix: a whole language family across regions = long-term diffusion/migration from one hearth.
20. A — Religion's imprint on the landscape; sacred space at the center. A dominant central house of worship with streets oriented toward it shows religion shaping the built environment. B, C, D misapply urban-size and urban-structure concepts. Fix: central dominant house of worship = religion's imprint on the cultural landscape.
21. C — Commodification of a folk trait by popular culture. A local folk product turned into a mass-marketed global commodity. A is the opposite; B and D misname the process. Fix: local folk product mass-marketed globally = commodification by popular culture.
22. A — Toponyms. Place names preserving an earlier group's language are toponyms. B is a language boundary line; C is a language type; D is a residential cluster.
23. B — Lingua franca. Far more second-language than first-language users = a common language of wider communication. A is contradicted by wide use; C mischaracterizes it; D is false. (Speaker figures are illustrative.)
24. D — Adapts and hybridizes (syncretism). Global homogenization at one scale coexists with local blending/hybridization at another. A overstates; B and C misapply unrelated terms. Fix: global homogenizes while local hybridizes = syncretism.
25. A — Stateless nation. A nation (shared identity/homeland) without its own state. B has both nation and state aligned; C is an international body; D is a very small country. Fix: nation with a homeland but no state = stateless nation.
26. C — Geometric boundary. A straight line along a parallel, ignoring landscape, is geometric. A follows cultural divisions; B follows terrain; D misdescribes it as following a river.
27. C — Centripetal forces. Shared language and unifying schooling bind the state together (centripetal = pulls together). A divides (centrifugal); B and D are fragmentation processes. Fix: shared language + unifying schools = centripetal (unifying).
28. B — Supranationalism. Pooling authority upward into a joint union is supranationalism. A moves power down; C is a nation without a state; D is district manipulation.
Questions 29–30 refer to the following map description.
Map: A legislative district outlined as a long, thin, contorted shape that snakes across a metropolitan area, reaching out with narrow "arms" to connect several separated pockets of neighborhoods while carefully excluding the areas between them.
29. D — Gerrymandering. A contorted district reaching to capture specific voters is gerrymandering. A is a leftover former boundary; C is international integration; B is a detached territory. Fix: contorted vote-capturing district = gerrymandering.
30. A — Redistricting after a census. Districts are redrawn following the census; gerrymandering exploits that process. B concerns allocating seats among units (and never "to other countries"); C and D are unrelated. Fix: redrawing districts after a census = redistricting (gerrymandering abuses it).
31. C — Physical (natural) boundary. Following a mountain-crest line uses a physical feature. A is a straight geometric line; B follows cultural divisions; D would ignore terrain, which this boundary does not. Fix: boundary along a mountain crest = physical/natural boundary.
32. B — The Eurasian interior "heartland." Mackinder emphasized controlling the Eurasian heartland; Spykman countered with the coastal rimland (A). C and D are unrelated frameworks.
33. D — Balkanization. Intensifying devolution that fractures a state into hostile units is balkanization. A pools power upward; C reallocates seats; B is external domination. Fix: state fracturing into hostile units = balkanization.
Questions 34–35 refer to the following model description.
Diagram: A single central market town surrounded by concentric rings of land use on a uniform, flat plain. Moving outward from the town: an innermost ring of intensive market gardening and dairying, then a ring of forest/fuel-wood, then rings of grain and field crops, and an outermost ring of ranching/livestock grazing.
34. A — Transport cost + highest bid-rent. Perishable, heavy goods can't bear long transport, so they locate near the market and outbid others there. B is false — von Thünen assumes uniform fertility; C and D invent constraints the model never uses. Fix: perishable/heavy near market because bid-rent + transport cost.
35. C — Its simplifying assumptions. The single market, uniform terrain/fertility, and one transport mode with evenly rising cost are what make it unrealistic today. A, B, D are core mechanics of the model, not its limiting simplifications. Fix: Von Thünen's limits = single market, uniform plain, one transport mode.
36. B — Mechanization/technique gains alongside industrialization. The Second Agricultural Revolution raised productivity with improved tools and methods. A is the First; C is the Green Revolution; D is nonsensical.
37. D — Subsistence agriculture. Producing mainly to feed one's own household, selling little, is subsistence. A sells to market; C is large-scale cash-crop; B is corporate commercial farming. Fix: grow to feed your own household = subsistence.
38. A — Higher dependence on costly inputs; disadvantages to smaller farmers and environmental costs. The standard critique alongside real yield gains. B, C, D are factually wrong. Fix: Green Revolution critique = costly-input dependence + smaller-farmer/environmental costs.
Data table of four farm types with illustrative values for labor input per hectare and output destination. Type 1: very high labor per hectare, output sold to nearby urban markets. Type 4: very low labor per hectare, output shipped long distances as bulk grain.
Type 1 versus Type 4 best illustrates the contrast between:
39. A — Intensive vs. extensive. High labor per hectare near market (intensive) vs. low labor per hectare over large areas for bulk grain (extensive). B, C, D are from other units. (Values illustrative.)
40. C — Columbian Exchange. The transatlantic transfer of crops, animals (and disease) after 1492. A is 20th-century; B is mechanization-era; D is land consolidation. Fix: post-1492 crop/animal transfer across the Atlantic = Columbian Exchange.
41. B — Pastoral (subsistence) system. Seasonal herding over large dry rangelands with low inputs is extensive pastoral nomadism. A is intensive; C and D are fixed, commercial/horticultural systems.
42. D — Global commodity chain. A local plantation embedded in worldwide production–consumption links. A denies the global links; B and C misapply unrelated concepts. Fix: local plantation feeding distant markets = global commodity chain.
Questions 43–45 refer to the following model descriptions.
Four urban model diagrams: - Model 1: A central business district (CBD) at the center surrounded by complete concentric rings — a transition zone, then successive residential rings outward. - Model 2: A CBD with land uses extending outward in wedge-shaped sectors that follow rail lines and highways. - Model 3: Several separate specialized nodes (e.g., a port district, a university, an industrial park) rather than one single center. - Model 4: A CBD with an elite commercial "spine," better housing near the center, and poorer informal housing increasing toward the periphery.
43. A — Concentric zone (Burgess) and sector (Hoyt). Model 1's full rings are Burgess; Model 2's transport-aligned wedges are Hoyt. B reverses them; C and D misidentify Models 1–2. Fix: rings = Burgess concentric; wedges along corridors = Hoyt sector.
44. C — Multiple nuclei (Harris & Ullman, 1945). Several specialized nodes rather than one center. A is rings; B is wedges; D emphasizes suburban growth around a beltway/periphery, not this description.
45. C — Wealth near the center along a spine; informal housing toward the periphery. The Griffin–Ford Latin American model inverts the classic Western wealth-on-the-edge pattern. A reverses it; B is false (it has a CBD); D describes Hoyt. Fix: spine + central wealth + peripheral informal housing = Griffin–Ford.
Rank-size chart: cities of one country plotted by population rank against size. The points fall along a smooth curve in which the 2nd city is roughly half the largest, the 3rd about a third, and so on. A second country is plotted for contrast: its largest city is more than four times the size of its second city, which sits far below the smooth line.
The second country most clearly exhibits:
46. B — Primate city. A largest city several times its nearest rival, off the smooth curve, is primacy. A is the smooth-curve country; C is an internal-structure model; D is a suburban node. (Ratios illustrative.)
47. D — Disproportionately large and dominant. Primacy = the largest city is more than twice the second and dominates national life. A is too rigid/precise; C is the opposite (rank-size); B is false — not every capital is primate. Fix: largest city > 2× second and dominant = primate city.
48. A — Gentrification. Reinvestment, rising rents, and displacement of lower-income residents in an inner-city area. B moves to the fringe; C leaves cities for rural areas; D is downgrading, the reverse trend. Fix: inner-city reinvestment + rising rents + displacement = gentrification.
49. A — Edge city. A suburban business/office node at a highway interchange, self-contained from downtown. B is a size/dominance concept; C is a transport transfer point; D is a detached territory.
50. D — Command-and-control node in the global economy. Sassen's global city concentrates finance and advanced producer services steering the world economy, regardless of raw population. A, B, C confuse global-city status with size, primacy, or a structural model. Fix: global city = command-and-control node (finance/APS), not size.
51. B — Flows of international investment capital into urban real estate. The global-scale driver linked to local displacement. A denies the pattern; C and D are unrelated concepts.
Questions 52–54 refer to the following table description.
Development-indicators table with four countries (P, Q, R, S) and illustrative values: - Country P: high GNI per capita, high HDI, very low infant mortality, high female literacy and workforce participation. - Country Q: upper-middle values across the board. - Country R: low GNI per capita, low HDI, high infant mortality, and a large gap between male and female literacy. - Country S: middling GNI but a notably high Gender Inequality Index relative to its income.
52. D — More-developed (core) and less-developed (periphery). High HDI/GNI, low infant mortality = core (P); low HDI/GNI, high infant mortality, large literacy gap = periphery (R). A reverses them; B and C ignore the contrast. (Values illustrative.) Fix: high HDI/low IMR = core; low HDI/high IMR = periphery.
53. B — Gender Inequality Index and the literacy gap. These target gender-based disparities specifically. A measures average wealth; C measures child survival; D is a composite of overall development.
54. D — Moderate output can coexist with large gender disparities. Income does not guarantee gender equity. A and C are false generalizations; B overstates GNI's reach. Fix: moderate income + high GII = development ≠ gender equity.
55. B — Transport, labor, and agglomeration. Weber minimizes the sum of these three. A, C are partial; D borrows the wrong (urban/agricultural) concepts.
56. D — Five linear stages every country can climb. Rostow's modernization model. A is Wallerstein; C is von Thünen; B is Mackinder. Fix: five linear stages to mass consumption = Rostow.
57. B — Development is relational; core prosperity is tied to periphery exploitation, with a semi-periphery. The core contrast with Rostow's isolated linear climb. A describes Rostow; C is Weber; D is Burgess.
58. B — Offshoring/outsourcing in global commodity chains and special economic zones. Border assembly plants (maquiladoras) processing imported parts for re-export. A, C, D are unrelated.
59. D — Microfinance (microcredit). Small loans to low-income entrepreneurs, often women. A are large policy-conditioned loans; C is factory investment; B is money sent home by migrants. Fix: small loans to poor entrepreneurs (often women) = microfinance.
60. B — Global commodity chain across world-systems positions. Design (core), assembly (semi-periphery), minerals (periphery), sold worldwide — local sites linked in a global network. A denies the multi-scale reality; C and D misapply unrelated concepts.
(End of questions. Answer key follows.)
1. D — Scales. Neighborhood → country → world is a climb through geographic scale. Projection, region-of-religion, and bid-rent name unrelated ideas. Fix: moving between neighborhood → country → world = analyzing across scales.
2. C — Hierarchical diffusion. Spread down an urban size ranking (largest cities first) is hierarchical. A spreads to adjacent areas by contact; B requires people relocating; D spreads an underlying idea while rejecting the original form.
3. A — Situation. Site = a place's internal physical characteristics (the harbor); situation = its position relative to other places (links to interior and ocean). B is coordinates; C is a place name; D is weakening interaction with distance.
4. A — Distribution of population density. A choropleth shades enumeration units by a value; here that value is persons per km² — a spatial distribution of density. B is a specific density type not indicated; C and D are different variables. Fix: choropleth shading by persons/km² = spatial distribution of population density.
5. C — Choropleth averaging hides internal variation, and low ≠ zero. Choropleths average across each unit and can mask pockets of population; pale (low) shading is not empty. A is false (it shows quantitative data); B describes projections; D is wrong — it is a thematic map. Fix: choropleth averages within units — low density ≠ zero population.
6. B — Death rates fall while births stay high. That widening gap drives Stage 2's rapid growth. A is Stage 1; C is Stage 3; D is Stage 4.
7. D — Short, stepwise, toward opportunity. Core of Ravenstein's laws. A contradicts the short-distance regularity; C is forced migration; B is a counter-stream, not the majority pattern. Fix: Ravenstein = most migration short-distance, stepwise, toward opportunity.
8. C — Internally displaced person. Forced to flee but still inside the home country = IDP. A refugee (A) has crossed an international border; an asylum seeker (B) has applied for protection abroad; D is not forced.
9. C — Push factors. Negative conditions at the origin (low wages, drought) push people out. A is at the destination; B is something blocking the route; D is the reverse flow.
10. A — Stage 2. A wide base tapering steeply = high fertility, rapid growth = Stage 2. B (Stage 1) would be smaller/more even with a high death toll trimming the base; C (Stage 4) is columnar; D (Stage 5) is top-heavy. Fix: wide base + steep taper = DTM Stage 2.
11. C — Lower TFR, aging/shrinking. An inverted, top-heavy pyramid means few young people relative to older cohorts — low fertility and aging (possible decline). A and B describe youthful, high-fertility structures; D would show a widening, not narrowing, base. Fix: inverted/top-heavy pyramid = low TFR, aging population.
12. B — Country Y. A columnar, low-fertility structure (Stage 4-like) already has a modest youth-dependency load, and its sizable adult cohorts will age into a growing elderly-dependency burden. A has heavy youth dependency now; C is already top-heavy (elderly burden is present, not merely rising).
13. D — Demographic Transition Model. Falling death line, later-falling birth line, widest gap in the middle = the DTM. A, B, C are unrelated models. Fix: falling death then falling birth line, widest gap mid-graph = DTM.
14. A — Physiological density. Total population divided by arable land is physiological density. B (arithmetic density) uses all land, not just arable; C (agricultural density) divides the number of farmers (not total population) by arable land — watch the numerator; D is an environmental ceiling concept, not a ratio. (Distractor note: C is the trap — the key difference is the numerator: total population = physiological, farmers only = agricultural.) Fix: total population ÷ arable land = physiological density.
15. C — Chain migration via family networks leads the inflow. The largest illustrative share is family reunification, the hallmark of chain migration. A is false (asylum is smallest); B ignores the labor share; D is unrelated. (Values are illustrative, not real statistics.) Fix: family reunification leading the inflow = chain migration.
16. B — Relocation diffusion. Traits spread by people physically moving and carrying culture with them. A spreads by contact to adjacent areas; C jumps down a hierarchy; D adopts the idea but not the form.
17. C — Creole. A pidgin that gains native speakers becomes a creole. A is a shared second language; B is a regional variety; D is a place name.
18. A — Universalizing seek converts; ethnic tied to a people/place. The standard distinction. B reverses it; C and D are false generalizations.
19. D — Diffusion/migration from a common hearth over centuries. A single language family spanning Europe and northern South Asia reflects long-term spread from a shared origin (a language family). A and C describe recent processes too shallow to produce a whole family; B (chance convergence) is not how families form. Fix: a whole language family across regions = long-term diffusion/migration from one hearth.
20. A — Religion's imprint on the landscape; sacred space at the center. A dominant central house of worship with streets oriented toward it shows religion shaping the built environment. B, C, D misapply urban-size and urban-structure concepts. Fix: central dominant house of worship = religion's imprint on the cultural landscape.
21. C — Commodification of a folk trait by popular culture. A local folk product turned into a mass-marketed global commodity. A is the opposite; B and D misname the process. Fix: local folk product mass-marketed globally = commodification by popular culture.
22. A — Toponyms. Place names preserving an earlier group's language are toponyms. B is a language boundary line; C is a language type; D is a residential cluster.
23. B — Lingua franca. Far more second-language than first-language users = a common language of wider communication. A is contradicted by wide use; C mischaracterizes it; D is false. (Speaker figures are illustrative.)
24. D — Adapts and hybridizes (syncretism). Global homogenization at one scale coexists with local blending/hybridization at another. A overstates; B and C misapply unrelated terms. Fix: global homogenizes while local hybridizes = syncretism.
25. A — Stateless nation. A nation (shared identity/homeland) without its own state. B has both nation and state aligned; C is an international body; D is a very small country. Fix: nation with a homeland but no state = stateless nation.
26. C — Geometric boundary. A straight line along a parallel, ignoring landscape, is geometric. A follows cultural divisions; B follows terrain; D misdescribes it as following a river.
27. C — Centripetal forces. Shared language and unifying schooling bind the state together (centripetal = pulls together). A divides (centrifugal); B and D are fragmentation processes. Fix: shared language + unifying schools = centripetal (unifying).
28. B — Supranationalism. Pooling authority upward into a joint union is supranationalism. A moves power down; C is a nation without a state; D is district manipulation.
29. D — Gerrymandering. A contorted district reaching to capture specific voters is gerrymandering. A is a leftover former boundary; C is international integration; B is a detached territory. Fix: contorted vote-capturing district = gerrymandering.
30. A — Redistricting after a census. Districts are redrawn following the census; gerrymandering exploits that process. B concerns allocating seats among units (and never "to other countries"); C and D are unrelated. Fix: redrawing districts after a census = redistricting (gerrymandering abuses it).
31. C — Physical (natural) boundary. Following a mountain-crest line uses a physical feature. A is a straight geometric line; B follows cultural divisions; D would ignore terrain, which this boundary does not. Fix: boundary along a mountain crest = physical/natural boundary.
32. B — The Eurasian interior "heartland." Mackinder emphasized controlling the Eurasian heartland; Spykman countered with the coastal rimland (A). C and D are unrelated frameworks.
33. D — Balkanization. Intensifying devolution that fractures a state into hostile units is balkanization. A pools power upward; C reallocates seats; B is external domination. Fix: state fracturing into hostile units = balkanization.
34. A — Transport cost + highest bid-rent. Perishable, heavy goods can't bear long transport, so they locate near the market and outbid others there. B is false — von Thünen assumes uniform fertility; C and D invent constraints the model never uses. Fix: perishable/heavy near market because bid-rent + transport cost.
35. C — Its simplifying assumptions. The single market, uniform terrain/fertility, and one transport mode with evenly rising cost are what make it unrealistic today. A, B, D are core mechanics of the model, not its limiting simplifications. Fix: Von Thünen's limits = single market, uniform plain, one transport mode.
36. B — Mechanization/technique gains alongside industrialization. The Second Agricultural Revolution raised productivity with improved tools and methods. A is the First; C is the Green Revolution; D is nonsensical.
37. D — Subsistence agriculture. Producing mainly to feed one's own household, selling little, is subsistence. A sells to market; C is large-scale cash-crop; B is corporate commercial farming. Fix: grow to feed your own household = subsistence.
38. A — Higher dependence on costly inputs; disadvantages to smaller farmers and environmental costs. The standard critique alongside real yield gains. B, C, D are factually wrong. Fix: Green Revolution critique = costly-input dependence + smaller-farmer/environmental costs.
39. A — Intensive vs. extensive. High labor per hectare near market (intensive) vs. low labor per hectare over large areas for bulk grain (extensive). B, C, D are from other units. (Values illustrative.)
40. C — Columbian Exchange. The transatlantic transfer of crops, animals (and disease) after 1492. A is 20th-century; B is mechanization-era; D is land consolidation. Fix: post-1492 crop/animal transfer across the Atlantic = Columbian Exchange.
41. B — Pastoral (subsistence) system. Seasonal herding over large dry rangelands with low inputs is extensive pastoral nomadism. A is intensive; C and D are fixed, commercial/horticultural systems.
42. D — Global commodity chain. A local plantation embedded in worldwide production–consumption links. A denies the global links; B and C misapply unrelated concepts. Fix: local plantation feeding distant markets = global commodity chain.
43. A — Concentric zone (Burgess) and sector (Hoyt). Model 1's full rings are Burgess; Model 2's transport-aligned wedges are Hoyt. B reverses them; C and D misidentify Models 1–2. Fix: rings = Burgess concentric; wedges along corridors = Hoyt sector.
44. C — Multiple nuclei (Harris & Ullman, 1945). Several specialized nodes rather than one center. A is rings; B is wedges; D emphasizes suburban growth around a beltway/periphery, not this description.
45. C — Wealth near the center along a spine; informal housing toward the periphery. The Griffin–Ford Latin American model inverts the classic Western wealth-on-the-edge pattern. A reverses it; B is false (it has a CBD); D describes Hoyt. Fix: spine + central wealth + peripheral informal housing = Griffin–Ford.
46. B — Primate city. A largest city several times its nearest rival, off the smooth curve, is primacy. A is the smooth-curve country; C is an internal-structure model; D is a suburban node. (Ratios illustrative.)
47. D — Disproportionately large and dominant. Primacy = the largest city is more than twice the second and dominates national life. A is too rigid/precise; C is the opposite (rank-size); B is false — not every capital is primate. Fix: largest city > 2× second and dominant = primate city.
48. A — Gentrification. Reinvestment, rising rents, and displacement of lower-income residents in an inner-city area. B moves to the fringe; C leaves cities for rural areas; D is downgrading, the reverse trend. Fix: inner-city reinvestment + rising rents + displacement = gentrification.
49. A — Edge city. A suburban business/office node at a highway interchange, self-contained from downtown. B is a size/dominance concept; C is a transport transfer point; D is a detached territory.
50. D — Command-and-control node in the global economy. Sassen's global city concentrates finance and advanced producer services steering the world economy, regardless of raw population. A, B, C confuse global-city status with size, primacy, or a structural model. Fix: global city = command-and-control node (finance/APS), not size.
51. B — Flows of international investment capital into urban real estate. The global-scale driver linked to local displacement. A denies the pattern; C and D are unrelated concepts.
52. D — More-developed (core) and less-developed (periphery). High HDI/GNI, low infant mortality = core (P); low HDI/GNI, high infant mortality, large literacy gap = periphery (R). A reverses them; B and C ignore the contrast. (Values illustrative.) Fix: high HDI/low IMR = core; low HDI/high IMR = periphery.
53. B — Gender Inequality Index and the literacy gap. These target gender-based disparities specifically. A measures average wealth; C measures child survival; D is a composite of overall development.
54. D — Moderate output can coexist with large gender disparities. Income does not guarantee gender equity. A and C are false generalizations; B overstates GNI's reach. Fix: moderate income + high GII = development ≠ gender equity.
55. B — Transport, labor, and agglomeration. Weber minimizes the sum of these three. A, C are partial; D borrows the wrong (urban/agricultural) concepts.
56. D — Five linear stages every country can climb. Rostow's modernization model. A is Wallerstein; C is von Thünen; B is Mackinder. Fix: five linear stages to mass consumption = Rostow.
57. B — Development is relational; core prosperity is tied to periphery exploitation, with a semi-periphery. The core contrast with Rostow's isolated linear climb. A describes Rostow; C is Weber; D is Burgess.
58. B — Offshoring/outsourcing in global commodity chains and special economic zones. Border assembly plants (maquiladoras) processing imported parts for re-export. A, C, D are unrelated.
59. D — Microfinance (microcredit). Small loans to low-income entrepreneurs, often women. A are large policy-conditioned loans; C is factory investment; B is money sent home by migrants. Fix: small loans to poor entrepreneurs (often women) = microfinance.
60. B — Global commodity chain across world-systems positions. Design (core), assembly (semi-periphery), minerals (periphery), sold worldwide — local sites linked in a global network. A denies the multi-scale reality; C and D misapply unrelated concepts.
(Section II — Free Response — continues below.)
3 questions · 75 minutes · 50% of exam score
Suggested pacing: ~25 minutes per FRQ. Spend the first 2–3 minutes of each reading the prompt and any stimulus and circling every action verb before you write. Each FRQ is worth about 7 points (21 points total).
READ THIS BEFORE YOU WRITE — the rule that decides your score. Every point hangs on an action verb. Describe = state observable characteristics only. Explain = state a characteristic AND give a reason or mechanism (a "because"). Compare = give both a similarity AND a difference. Analyze = break a relationship into its parts and state its significance. If a part says "explain" and you only "describe," you earn ZERO for that part — even if what you wrote is true. Restate the verb to yourself as you answer each lettered part. Use precise geographic vocabulary; vague language ("things spread," "the city got bigger") is a silent point-killer.
A note on the data in these questions: All stimuli and any figures below are illustrative — described in words to model what a real AP stimulus looks like. No specific statistics, population counts, GDP figures, or dated events are asserted. Answer using patterns, models, and qualitative reasoning, exactly as the real exam rewards.
Unit 2 · Population and Migration Patterns and Processes
Country Z is a lower-income country with a largely rural, agricultural economy. Across a single generation, large numbers of young rural workers have left their home villages. Most did not move directly to a distant place; they moved first to nearby regional towns and later on to the national capital, which is by far the country's largest city and its center of jobs and services. At the same time, a smaller stream of Country Z's most highly educated professionals — doctors, engineers, and scientists — has emigrated to wealthier countries abroad.
Answer parts A–G. Each part is scored independently. Use specific geographic terms.
(A) (describe — state an observable condition, no mechanism required) One push factor is a lack of economic opportunity in the villages: few paying jobs beyond subsistence farming, low agricultural wages, and limited land. (Any real, correctly labeled push factor earns the point: rural poverty, mechanization reducing farm labor demand, drought/environmental stress, poor rural schools or healthcare, lack of services.)
(B) (explain — needs a "because"/mechanism) A pull factor is the concentration of jobs and higher wages in the capital. Migrants are drawn there because the capital holds most of the country's factories, services, and employers, so a rural worker can expect higher income and more opportunity than the village offers — the perceived economic gain is the mechanism that pulls them in.
(C) (identify — one term) Step migration.
(D) (explain — mechanism grounded in Ravenstein) Ravenstein observed that most migrants travel only a short distance and that longer moves happen in steps through a series of intermediate places. Internal migrants in Country Z move short distances in steps because each nearer destination (a regional town) is cheaper and less risky to reach than the distant capital, and because migrants tend to fill in from the surrounding countryside first; only after establishing a foothold do they move on to the larger urban center. Short, stepwise moves toward economic opportunity are exactly the regularity Ravenstein described.
(E) (compare — must give BOTH a similarity AND a difference) A similarity: both streams are driven largely by the same motive — the pursuit of better economic opportunity and higher wages (both are chiefly voluntary, economic migration). A difference: the rural workers' movement is internal migration (staying within Country Z's borders), whereas the professionals' movement is international (transnational) migration across an international border to another country. (Other acceptable differences: distance/scale of the move; the professionals are highly skilled while the rural workers are generally lower-skilled.)
(F) (explain — a real consequence PLUS why it matters) The emigration of doctors, engineers, and scientists is brain drain — the loss of highly educated, skilled workers to other countries. One consequence is that Country Z loses the skilled human capital it needs to develop, because the professionals it educated now contribute their expertise (and taxes) abroad, leaving shortages of doctors and engineers at home and slowing the country's economic development and service provision. (Acceptable alternative consequence, if explained: remittances sent home can partly offset the loss by injecting income into Country Z's economy — a positive consequence, still requiring a because.)
(G) (explain — link the model to development, with mechanism) Zelinsky's mobility transition model holds that the type and volume of migration a society experiences change as it develops, mapping onto its stage in the demographic transition. Country Z, a lower-income country early in its development, shows exactly the pattern Zelinsky predicts for that phase: heavy rural-to-urban internal migration as an agricultural society industrializes and urbanizes, because economic modernization concentrates opportunity in cities and pulls rural populations toward them. As Country Z develops further, the model predicts this large rural-to-urban flow will eventually slow and shift toward more inter-urban and international circulation — so migration behavior is a signal of, and tied to, the country's level of development.
| Part | Verb | Earns the point for… | Acceptable phrasing | Common point-loss |
|---|---|---|---|---|
| A | describe | Stating one valid push factor (an observable condition driving people out of villages) | "Few jobs and low wages in the villages"; "loss of farmland / rural poverty"; "drought" | Naming a pull factor by mistake (a capital-city attraction is not a push); giving a mechanism-only answer with no factor named |
| B | explain | A pull factor plus the because that draws migrants to the capital | "Jobs concentrate in the capital, so migrants expect higher wages there" | Just naming "jobs" with no linking reason → that describes, does not explain |
| C | identify | Naming the pattern correctly | "Step migration" | Answering "chain migration" (that is following relatives/community, a different concept) or "internal migration" (too general) |
| D | explain | Ravenstein's short-distance/stepwise regularity applied with a mechanism | "Ravenstein: most moves are short and in steps, because nearer towns are cheaper/less risky to reach before moving on" | Naming Ravenstein without saying why short/stepwise; describing the pattern (that was C) instead of explaining it |
| E | compare | BOTH a similarity AND a difference, explicitly | "Similarity: both are voluntary/economic. Difference: one is internal, one is international" | Giving only a similarity or only a difference → half a comparison usually earns zero |
| F | explain | Correctly identifying brain drain and explaining one genuine consequence with a mechanism | "Brain drain: Z loses skilled workers, so it faces doctor/engineer shortages that slow development" | Naming "brain drain" with no consequence; stating a consequence with no because |
| G | explain | Linking Zelinsky's model to development via a mechanism | "Migration type tracks development stage; an early-developing country sees heavy rural-to-urban flow because modernization concentrates opportunity in cities" | Confusing Zelinsky with the DTM itself; asserting the link with no mechanism; describing Country Z's migration without tying it to development level |
Describe-vs-Explain callout: Compare Part A (describe) with Part B (explain). A wants only the factor stated — "few rural jobs" is a complete answer; adding a "because" wastes words but keeps the point. B wants the mechanism — the "so/because" that connects the pull factor to the decision to move. Write B's full answer on A and you are fine; write A's bare naming on B and you score zero.
Compare callout (Part E): "Compare" is the trap verb here. Graders scan for two things — one likeness and one contrast. Force both onto the page by literally writing "A similarity is… A difference is…". A beautiful paragraph on only how the two migrations differ is a half-answer.
Unit 5 · Agricultural and Rural Land-Use Patterns and Processes
Stimulus (described — a model diagram): A diagram shows a single central market city as a dot, surrounded by four concentric rings of agricultural land use on a flat, featureless plain. Moving outward from the city:
Beyond Ring 4 lies unused wilderness. The diagram is illustrative of a classic land-use model.
Answer parts A–G. Each part is scored independently.
(A) (identify — name the model AND theorist) Von Thünen's Isolated State model (Johann Heinrich von Thünen). (The "agricultural land-use model" attributed to von Thünen earns the point.)
(B) (describe — state the observable pattern, no cause) Land use is arranged in concentric rings around the central market. Nearest the city is intensive dairying and market gardening; beyond it, forest; then field crops/grains; and in the outermost ring, extensive livestock ranching, with wilderness beyond. Intensity of land use decreases with distance from the market.
(C) (explain — mechanism required) Dairying and market gardening locate nearest the market because their products (fresh milk, vegetables) are perishable and heavy/bulky, so they are costly and difficult to transport far without spoiling. Producers of these goods can therefore afford to — and must — pay the highest rent for the scarce land near the market; nearness minimizes transport cost and spoilage, which is essential for perishables.
(D) (explain — mechanism required) Ranching locates in the outermost ring because it is an extensive land use that yields relatively low value per unit of land and requires large areas of cheap land. Livestock can also be moved to market on their own (walked/driven) or the products are less perishable, so high transport costs over distance matter less. These producers cannot outbid intensive users for costly central land, so they occupy the far, cheaper ring.
(E) (explain — define AND connect to the pattern) Bid-rent is the maximum rent a given land use is willing to pay for a plot at a given distance from the market; for any land use, the rent it can offer falls as distance from the market increases, because transport costs rise with distance and eat into profit. The ring pattern emerges because each parcel goes to whichever use can bid the highest rent there: near the market, intensive/perishable uses bid the most and win the inner rings; farther out, only extensive, low-value uses can still profit, so they win the outer rings. The overlapping bid-rent curves of different land uses carve the landscape into rings.
(F) (identify — one assumption) One assumption is an isotropic plain — flat, featureless land of uniform fertility and soil, with equal ease of transport in every direction. (Any one valid assumption earns the point: a single central market; one mode of transport / cost proportional to distance; an isolated, self-contained state with no outside trade; rational profit-maximizing farmers.)
(G) (analyze — break down a reason AND state its significance at a larger scale) One reason the rings break down is modern transportation and refrigeration technology. Refrigerated trucks, ships, and air freight, plus highways and cold storage, mean perishable goods no longer must be produced near the consuming city. The significance appears when we scale up: at the regional and global scale, milk, fresh flowers, and vegetables are now grown wherever climate and cost are most favorable and shipped thousands of miles to distant markets, so the "innermost ring" of perishable production has effectively gone global rather than local. Von Thünen's core insight — that transport cost and land rent shape where things are produced — still holds, but time–space compression has stretched the rings to a planetary scale, dissolving the tidy local pattern the model draws. (Other acceptable reasons, if analyzed and scaled: uneven terrain/soils and climate; multiple competing markets and global trade networks; government subsidies; multiple transport modes. The point requires connecting the breakdown to a broader-than-local scale.)
| Part | Verb | Earns the point for… | Acceptable phrasing | Common point-loss |
|---|---|---|---|---|
| A | identify | Naming von Thünen's Isolated State model (and/or von Thünen) | "Von Thünen model / Isolated State" | Answering an urban model (Burgess concentric zone) because both use rings — wrong unit, wrong theorist |
| B | describe | Stating the observable ring sequence / declining intensity outward | "Concentric rings; intensity falls with distance: gardening → forest → grain → ranching" | Explaining why (that is C–E) instead of describing; getting the ring order backwards |
| C | explain | Perishability/transport cost + highest bid-rent as the reason for the inner ring | "Perishable & heavy, so must be near market and can pay highest rent" | Saying "the soil is best there" (false — uniform fertility is assumed); naming the use with no mechanism |
| D | explain | Extensive/low-value/cheap-land reason for the outer ring | "Extensive, low value per acre, needs cheap land far out; livestock less perishable" | Just "there is more space" with no economic mechanism; describing rather than explaining |
| E | explain | Defining bid-rent AND linking the falling rent-with-distance to the ring pattern | "Max rent a use will pay falls with distance; each ring goes to the highest bidder there" | Defining bid-rent but never connecting it to why rings form; no distance-decay of rent |
| F | identify | Naming one valid model assumption | "Flat isotropic plain / uniform fertility"; "single market"; "one transport mode"; "isolated, no outside trade" | Stating something the model does not assume; giving a real-world condition instead of an assumption |
| G | analyze | A reason for breakdown connected to a regional/global scale, with significance | "Refrigeration/transport → perishables now shipped globally; rings stretch to planetary scale via time–space compression" | Listing a reason but staying at the local scale (no scale move); no statement of significance; merely describing a change |
Action-verb callout: Part A (identify) wants a name — do not write a paragraph. Part B (describe) wants the visible pattern only; the instant you write "because," you have drifted into C–E. Parts C, D, E (explain) each demand a because/mechanism — transport cost, perishability, and bid-rent are the mechanisms graders reward. Part G (analyze) must do two things a mere explanation need not: break the breakdown into its components and move to a larger scale and state why it matters.
Scale callout (Part G): This part quietly tests scale even though FRQ 2 is not the designated scale question. Naming a reason (refrigeration) is not enough — you must climb the scale and show the local ring becoming a global supply pattern. That connection is the point.
Unit 7 · Industrial and Economic Development Patterns and Processes
This is the scale-analysis FRQ. It is built to make you move deliberately from the LOCAL scale (a single factory zone) up through the REGIONAL/national scale (the host country's role) to the GLOBAL scale (a worldwide production network) — and to connect those scales, not just mention them. Name the scale you are working at ("At the local scale…," "At the global scale…") and show how one scale produces or depends on another.
Stimulus 1 (described — a landscape photograph, qualitative, LOCAL scale): A photograph shows a fenced industrial zone on the edge of a city in a lower- or middle-income country. Inside the fence are rows of large, low, identical assembly factories (sheds) turning out garments and electronics. Crowds of young workers — mostly women — stream through the gates at shift change. A container port and a highway are visible at the edge of the frame. A sign at the entrance marks it as a duty-free industrial park. (Illustrative.)
Stimulus 2 (described — a global flow map, quantitative/qualitative, GLOBAL scale): A world map traces the production chain of a single consumer product with arrows. Raw materials are drawn from several lower-income regions; components are made in a few middle-income countries; final assembly happens in the country shown in Stimulus 1; the finished product is then shipped along thick arrows to consumer markets in high-income (core) countries; and a separate marker shows the firm's headquarters, design, and branding located in a core country. Arrow thickness reflects the volume of goods and capital flowing along each link. (Illustrative.)
Answer parts A–G. Each part is scored independently.
(A) (describe — observable, local, no cause) At the local scale, Stimulus 1 shows a fenced, duty-free industrial park on a city's edge, packed with rows of large, uniform, low assembly factories producing garments and electronics. A mostly young, female workforce enters and exits at shift change, and a container port and highway sit at the edge of the site. (Observable features only — factories, fence, workers, port. No explanation of why.)
(B) (identify — one term) An export-processing zone (EPZ) / special economic zone (SEZ). (A maquiladora-style zone or "free-trade zone" is acceptable as the same idea — a duty-free enclave for export manufacturing.)
(C) (explain — mechanism) Multinational corporations locate assembly in such zones because they minimize production costs. These zones offer an abundant supply of low-cost labor and government incentives such as duty-free imports/exports and tax breaks, so firms can assemble goods far more cheaply than in the core country. This is the new international division of labor: following the logic of Weber's least-cost location, firms separate high-value design from low-value assembly and place the labor-intensive assembly wherever labor is cheapest, which raises their profit. (Naming low-cost labor + incentives with a because earns the point; NIDL and Weber strengthen it.)
(D) (explain — apply Wallerstein with a mechanism, global scale) In Wallerstein's world-systems theory, the global economy is divided into interdependent core, semi-periphery, and periphery. The assembly country plays a semi-peripheral (or peripheral) role: it supplies cheap labor and does the lower-value manufacturing/assembly work, while the high-value functions — design, branding, headquarters, and the profitable consumer market — remain in the core. Its role is subordinate and dependent because it is integrated into the world economy chiefly as a low-wage production platform whose output and profits are controlled from, and flow toward, the core. Development here is relational: the country's position is defined by its link to the core, not by an isolated stage of growth.
(E) (analyze — trace local → global link + significance) The two stimuli are two ends of the same chain. At the local scale, Stimulus 1's fenced zone is where physical assembly happens — real factories, real workers, a real port. At the global scale, Stimulus 2 shows that this zone is a single node in a global commodity (supply) chain: raw materials and components flow into the zone from other regions, and the finished product flows out along thick arrows to core-country markets, all coordinated by a firm headquartered in the core. The connecting mechanism is the multinational firm's decision to disperse production worldwide while concentrating command and consumption in the core. So the container port glimpsed in the local photograph is the physical hinge that plugs this one neighborhood into a planetary network of flows: what looks like an ordinary factory district is actually the assembly stage of a worldwide chain. The significance is that the local landscape cannot be understood without the global network that put it there.
(F) (explain — one local consequence with a mechanism) One local-scale consequence is the creation of large numbers of wage jobs, especially for young women who previously had little formal employment, because the factories draw workers off farms and into paid industrial labor, changing household incomes and gender roles in the surrounding community. (Equally acceptable, if explained: exposure to low wages and difficult working conditions; rapid local urbanization and pressure on housing/services as workers migrate in; local economic dependence on a single volatile export industry. Each needs a because.)
(G) (analyze — full local/regional/global synthesis + significance) Each scale alone tells only part of the story. Viewed only locally, Stimulus 1 is just a factory district with jobs and workers — a self-contained neighborhood. Viewed only globally, Stimulus 2 is an abstract web of arrows with no human face. Adding the regional/national scale reveals why this country hosts the zone at all — its role as a low-cost production platform within its world region. Putting all three together shows the full causal chain: a global firm's drive to cut costs (global scale) leads it to place assembly in a country positioned as semi-periphery (regional scale), which materializes as a specific fenced zone full of workers on one city's edge (local scale) — and the wages, gender shifts, and dependence felt there flow back up to shape the global product's price. The significance is that cause and consequence sit at different scales: the decision is global, the impact is local, and only synthesizing all three scales makes the whole system legible. Neither the block nor the network can explain itself alone.
| Part | Verb | Scale | Earns the point for… | Acceptable phrasing | Common point-loss |
|---|---|---|---|---|---|
| A | describe | local | Observable features of the zone only | "Fenced park of identical assembly factories, young female workforce, adjacent port" | Explaining why firms are there (that is C); naming "EPZ" (that is B) instead of describing |
| B | identify | local | Naming the zone type | "Export-processing zone / special economic zone"; "maquiladora-type zone" | Vague "a factory area" or "industrial region"; answering "agglomeration" |
| C | explain | regional | Cost-minimizing reason firms assemble there, with a because | "Cheap labor + tax/duty incentives, so lower production cost (new international division of labor / Weber)" | Naming "cheap labor" with no linking reason; describing the zone rather than explaining the location decision |
| D | explain | global | Correctly assigning a semi-periphery/periphery role via Wallerstein, with mechanism | "Semi-periphery: does low-value assembly while core keeps design/profit; dependent, relational" | Naming "core/periphery" without applying it to this country; calling it "core"; no mechanism |
| E | analyze | local→global | Tracing the explicit link between the two stimuli + significance | "The port ties the local zone into a global commodity chain: components in, product out to the core" | Describing the two stimuli separately without connecting them; naming scales without linking them |
| F | explain | local | One genuine local consequence for community/workers, with a because | "Wage jobs for young women, so household income & gender roles change" | Restating global facts; stating a consequence with no because; a consequence not felt locally |
| G | analyze | all three | Showing what EACH scale adds and that cause/consequence sit at different scales | "Global decision → national role → local zone; only all three together reveal the whole chain" | Asserting "all scales matter" without showing what each adds; repeating earlier parts; using only two scales |
Action-verb callout: Parts A (describe) and F (explain) are both about the local zone but demand different things — A wants what you see, F wants a consequence and why. Part B (identify) is one term; don't pad it. Parts C, D, F (explain) each need a because. Parts E and G (analyze) must break a relationship into parts and state its significance — a description of the flow map is not an analysis of it.
SCALE callout (the heart of FRQ 3): This question deliberately climbs — A, B, F sit at the local scale; C at the regional/national scale; D at the global scale; E and G force you to connect them. Graders reward you for (1) naming the scale you are at and (2) linking the scales — showing how a global corporate decision becomes a regional national role and a local landscape of factories and workers, and how the local impacts feed back up. Staying locked at one scale, or listing scales without connecting them, is the single biggest point-loss on this FRQ. The connection is the point.
APPROXIMATE — FOR PRACTICE ONLY. The numbers below are a study aid, not an official College Board conversion. Real AP score cutoffs are set each year by the College Board and vary form to form; they are never published as fixed percentages. Use this to gauge your readiness and target weak areas — do not treat a "5" here as a guaranteed 5 on exam day.
The two sections are worth exactly 50% each.
(Remember: there is no guessing penalty on the MC — every blank should have been filled. On the FRQs, count only points your answer would earn under the rubric verb-for-verb: an "explain" answered with only a "describe" earns 0.)
Because each section is half the score, average the two section percentages:
Composite % = (MC % + FRQ %) ÷ 2
(Equivalently: weight each section 50/50. If you prefer raw points, scale each section to 50 points — MC out of 50, FRQ out of 50 — and add for a composite out of 100.)
| Composite % (approx.) | Approx. AP score | What it signals (practice interpretation) |
|---|---|---|
| ~75–100% | 5 | Extremely well qualified. Strong across all 7 units; verb discipline and scale analysis are reliable. |
| ~62–74% | 4 | Well qualified. Solid content; occasional verb slips or thin scale connections cost FRQ points. |
| ~48–61% | 3 | Qualified (a passing score at most colleges). Core concepts are there; FRQ verb-matching and precise vocabulary are the growth areas. |
| ~35–47% | 2 | Possibly qualified. Recognizable gaps — likely losing FRQ points to describe-vs-explain errors and missed scale links. |
| ~0–34% | 1 | No recommendation. Review model attributions, unit content, and the four action verbs before retrying. |
Reading your result honestly: These bands are intentionally approximate and generous at the edges — the real exam's cutoffs shift yearly and are typically in this neighborhood but not identical. If you land near a boundary, look at where you lost points. On this exam most losable points cluster in three places: (1) verb mismatch — answering "explain" with only a "describe"; (2) vague vocabulary — "things spread" instead of diffusion, "the city grew" instead of urbanization; and (3) staying at one scale on FRQ 3 instead of connecting local → regional → global. Fixing those three habits moves more students up a band than learning new content does.
HumanGeoIQ · Mock Exam 2 · Section II (Free Response) · All 7 Units
This is exam-preparation material for the AP Human Geography exam. AP is a trademark of the College Board, which does not endorse this product. Exam-format figures (section timing, question counts, weightings, FRQ structure, ~7-points-per-FRQ scoring) reflect the published AP Human Geography course-and-exam format; the score-conversion bands above are approximate and for practice only, not official College Board cutoffs — students should confirm current details against official College Board materials. All geographic models are attributed to their named theorists (von Thünen, Ravenstein, Zelinsky, Wallerstein, Weber) and described qualitatively; all stimuli are illustrative and no specific statistics, population counts, GDP figures, wages, or dates for recent events are asserted, in keeping with the course's qualitative, low-risk approach. Content pending external geography review.
Your running multiple-choice score appears in the bar below. Self-score the free-response section with the rubrics in the answer key, then use the diagnostic table to target review.