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Secondary 4 Geography Preliminary Examination Paper 2

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Secondary 4 Geography From Real Exams Generated by Owl Alpha Updated 2026-06-04
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Questions

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TuitionGoWhere Practice Paper – Geography Secondary 4

TuitionGoWhere Secondary School (AI)

Subject:Geography
Level:Secondary 4
Paper:Preliminary Examination – Paper 1 (Data Skills & Map/Graph Interpretation)
Duration:60 minutes
Total Marks:50
Version:2 of 5
Name:________________________
Class:________________________
Date:________________________

Instructions

  1. Answer ALL questions.
  2. Write your answers in the spaces provided.
  3. Where data interpretation is required, refer to the photograph, graph, map, or table provided.
  4. Use geographical terminology where appropriate.
  5. Show all working for any calculations.
  6. The number of marks for each question is shown in brackets [ ].

Section A: Map Skills (15 marks)

Questions 1–5

Study Figure 1, which shows a section of a topographic map of Area X (scale 1:50,000).

1. What is the six-figure grid reference of the spot height at the summit of Hill 124?

............................................................................................................................... [2]

2. Measure the straight-line distance, in kilometres, between the school at grid reference 456 321 and the post office at grid reference 462 318. Show your working.

............................................................................................................................... [2]

3. State the compass direction of the bridge at grid square 460 315 from the school at grid reference 456 321.

............................................................................................................................... [1]

4. Describe the relief (shape and height of the land) of the area enclosed by grid squares 455–460 (eastings) and 315–320 (northings).

............................................................................................................................... [3]

5. A student wants to build a campsite in Area X. Suggest two factors the student should consider when choosing a suitable location. Explain your answer.

............................................................................................................................... [4]

Section B: Graph and Data Interpretation (20 marks)

Questions 6–14

Study Figure 2, which is a line graph showing the average monthly rainfall (in mm) and average monthly temperature (in °C) for Town A over one year.

6. What is the total annual rainfall for Town A? Show your working.

............................................................................................................................... [2]

7. In which month does Town A receive the highest rainfall?

............................................................................................................................... [1]

8. Calculate the annual temperature range for Town A. Show your working.

............................................................................................................................... [2]

9. Describe the relationship between temperature and rainfall shown in Figure 2.

............................................................................................................................... [3]

10. Town A is located in Southeast Asia. Suggest one reason why the rainfall pattern shown in Figure 2 is typical for this region.

............................................................................................................................... [2]

Study Figure 3, which is a bar chart showing the number of tourists (in thousands) visiting four different countries from 2015 to 2019.

11. Which country had the highest number of tourists in 2019?

............................................................................................................................... [1]

12. Calculate the percentage increase in tourist numbers for Country B from 2015 to 2019. Show your working.

............................................................................................................................... [3]

13. Compare the trend in tourist numbers for Country A and Country C between 2015 and 2019.

............................................................................................................................... [3]

14. Suggest two reasons why tourism numbers may have changed over the five-year period for any one of the countries shown.

............................................................................................................................... [4]

Section C: Photograph and Source Interpretation (15 marks)

Questions 15–20

Study Photograph A, which shows a coastal landform at Location Y.

15. Identify the type of coastal landform shown in Photograph A.

............................................................................................................................... [1]

16. Describe two features of the landform visible in Photograph A.

............................................................................................................................... [2]

17. Explain how the landform in Photograph A was formed. Refer to the processes involved.

............................................................................................................................... [4]

Study Source B, which is a table showing the population density (persons per km²) of five cities in 2020.

CityPopulation Density (persons/km²)
P7,840
Q12,560
R3,210
S9,430
T15,720

18. Which city has the lowest population density?

............................................................................................................................... [1]

19. Calculate the mean population density of the five cities. Show your working.

............................................................................................................................... [2]

20. City T has the highest population density. Explain two possible challenges that City T may face as a result of its high population density.

............................................................................................................................... [4]

END OF PAPER

© TuitionGoWhere Secondary School (AI) – Preliminary Practice Paper, Version 2 of 5

Answers

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TuitionGoWhere Practice Paper – Geography Secondary 4

Answer Key – Version 2 of 5

Section A: Map Skills

1. Six-figure grid reference of the summit of Hill 124:

  • Accept any valid six-figure reference within the correct grid square where Hill 124 is located (e.g., 458 317 – accept the reference as read from the provided figure).
  • Award 1 mark for correct easting, 1 mark for correct northing. [2]

2. Distance calculation:

  • Step 1: Measure the straight-line distance on the map (e.g., 6 cm).
  • Step 2: Multiply by the scale. At 1:50,000, 1 cm = 0.5 km, so 6 cm × 0.5 = 3.0 km.
  • Accept answers consistent with the figure provided.
  • Award 1 mark for correct method/working, 1 mark for correct final answer with unit. [2]

3. Compass direction:

  • The bridge is to the south-east of the school (accept SE or south-east). [1]

4. Relief description (grid squares 455–460 E / 315–320 N):

  • Award marks for any three valid points:
    • The land is hilly / undulating, as shown by closely spaced contour lines. [1]
    • The height ranges from approximately 80 m to 124 m above sea level. [1]
    • There is a ridge or hilltop in the north-western part of the area, with contours forming concentric closed loops. [1]
  • Vague answers such as "the land is high" without reference to contour evidence receive 0 marks. [3]

5. Factors for choosing a campsite location:

  • Award 2 marks per factor (1 for identifying the factor, 1 for explanation), for any two of the following:
    • Flat ground – Contour lines are widely spaced, indicating level terrain suitable for pitching tents and preventing water runoff pooling. [2]
    • Away from steep slopes / cliffs – Closely spaced contours indicate steep gradients that pose landslide or rockfall risks. [2]
    • Proximity to a water source – A river or stream nearby provides water for drinking and cooking, but the site should be above the flood plain. [2]
    • Sheltered location – A site behind a hill or in a valley may offer protection from strong winds. [2]
    • Accessibility – Near a track or path for ease of reaching the site. [2]
  • Maximum [4]

Section B: Graph and Data Interpretation

6. Total annual rainfall:

  • Step 1: Read each month's rainfall value from the graph.
  • Step 2: Sum all 12 monthly values.
  • Example working: 120 + 110 + 130 + 150 + 180 + 200 + 190 + 210 + 170 + 160 + 140 + 130 = 1,890 mm (accept values consistent with the figure).
  • Award 1 mark for method, 1 mark for correct total with unit. [2]

7. Month with highest rainfall:

  • August (accept the month as read from the provided figure). [1]

8. Annual temperature range:

  • Step 1: Identify the highest monthly temperature (e.g., 31°C in May).
  • Step 2: Identify the lowest monthly temperature (e.g., 25°C in December).
  • Step 3: Range = 31 − 25 = 6°C.
  • Award 1 mark for correct identification of highest and lowest, 1 mark for correct range with unit. [2]

9. Relationship between temperature and rainfall:

  • Award marks for any three valid points:
    • In general, the months with higher temperatures (e.g., April–June) tend to have moderate to high rainfall, showing a positive correlation. [1]
    • The coolest months (e.g., November–January) tend to have lower rainfall, indicating that temperature and rainfall rise and fall together. [1]
    • However, the relationship is not perfectly direct – for example, the highest rainfall month (August) does not coincide with the hottest month, suggesting other factors (e.g., monsoon winds) also influence rainfall. [1]
  • Award 1 mark per valid descriptive point; purely stating "they are related" without evidence = 0. [3]

10. Reason for rainfall pattern in Southeast Asia:

  • Award 2 marks for any one well-explained reason:
    • Monsoon climate – Southeast Asia experiences seasonal monsoon winds (southwest monsoon from June to September brings heavy rainfall; northeast monsoon from December to February brings drier conditions to some areas). [2]
    • Intertropical Convergence Zone (ITCZ) – The ITCZ passes over the region, bringing convective rainfall, especially during equinox periods. [2]
    • High temperatures year-round lead to high rates of evaporation and convection, resulting in frequent rainfall. [2]
  • Award 1 mark for identifying the reason, 1 mark for brief explanation. [2]

11. Country with highest tourist numbers in 2019:

  • Country B (accept as read from the provided figure). [1]

12. Percentage increase for Country B (2015–2019):

  • Step 1: Tourist numbers in 2015 = 40,000 (example); in 2019 = 64,000 (example).
  • Step 2: Increase = 64,000 − 40,000 = 24,000.
  • Step 3: Percentage increase = (24,000 ÷ 40,000) × 100 = 60%.
  • Award 1 mark for correct values read from graph, 1 mark for correct formula/method, 1 mark for correct final answer with % sign. [3]

13. Comparison of trends (Country A vs. Country C):

  • Award marks for any three valid comparative points:
    • Country A shows a steady/gradual increase in tourist numbers from 2015 to 2019. [1]
    • Country C shows a fluctuating trend, with a dip in 2017 before rising again in 2018–2019. [1]
    • Both countries end with higher tourist numbers in 2019 compared to 2015, but the rate of increase differs – Country A's growth is more consistent while Country C's is more variable. [1]
  • Award 1 mark per valid point of comparison. [3]

14. Reasons for changes in tourism numbers:

  • Award 2 marks per reason (1 for identifying the reason, 1 for explanation), for any two of the following:
    • Economic growth – As the country's economy develops, more people have disposable income to travel, increasing outbound tourism. [2]
    • Improved transport links – New flight routes or better infrastructure make the destination more accessible, attracting more tourists. [2]
    • Political stability / safety – A period of peace and stability encourages tourists to visit, while conflict or unrest deters them. [2]
    • Marketing and promotion – Government tourism campaigns raise awareness and attract visitors. [2]
    • Exchange rates – A favourable exchange rate makes the destination more affordable for foreign tourists. [2]
  • Maximum [4]

Section C: Photograph and Source Interpretation

15. Coastal landform identification:

  • Sea stack (accept: stack, sea stack, or other valid landform as shown in the photograph). [1]

16. Two features visible in Photograph A:

  • Award 1 mark per feature, for any two of the following:
    • The landform is a tall, vertical column of rock standing separately from the main cliff. [1]
    • The base of the landform shows evidence of undercutting / a notch where wave action has eroded the rock. [1]
    • The surrounding area shows a wave-cut platform / flat rocky area at the base of the cliff. [1]
    • The rock face shows visible layers / strata, indicating sedimentary rock. [1]
  • Maximum [2]

17. Formation of the landform:

  • Award marks for a logical sequence of processes:
    • Waves erode lines of weakness (cracks/joints) in the cliff face through hydraulic action and abrasion, forming a cave. [1]
    • Continued erosion causes the cave to be excavated further until it breaks through the headland, forming a natural arch. [1]
    • Weathering (e.g., freeze-thaw, biological weathering) and continued wave erosion cause the roof of the arch to collapse. [1]
    • This leaves an isolated column of rock called a sea stack, separated from the main cliff. [1]
  • Award 1 mark per valid stage in the sequence. Maximum [4]
  • Common mistake: Students describe only the final landform without explaining the sequence of cave → arch → stack. Award a maximum of 2 marks if no process sequence is given.

18. City with lowest population density:

  • City R (3,210 persons/km²). [1]

19. Mean population density:

  • Step 1: Sum = 7,840 + 12,560 + 3,210 + 9,430 + 15,720 = 48,760.
  • Step 2: Mean = 48,760 ÷ 5 = 9,752 persons/km².
  • Award 1 mark for correct sum, 1 mark for correct mean with unit. [2]

20. Challenges of high population density (City T):

  • Award 2 marks per challenge (1 for identifying the challenge, 1 for explanation), for any two of the following:
    • Housing shortage / overcrowding – High demand for limited land leads to cramped living conditions, high property prices, and the growth of informal settlements. [2]
    • Traffic congestion – A large population using limited road infrastructure results in long commute times, air pollution, and reduced quality of life. [2]
    • Strain on public services – Hospitals, schools, and water/sewage systems may be overburdened, leading to longer wait times and reduced service quality. [2]
    • Environmental degradation – Increased waste generation, pollution, and loss of green spaces due to urban expansion. [2]
    • Unemployment / competition for jobs – A large labour force competing for limited job opportunities may lead to higher unemployment rates. [2]
  • Maximum [4]

END OF ANSWER KEY

© TuitionGoWhere Secondary School (AI) – Preliminary Practice Paper Answer Key, Version 2 of 5