Secondary 4 Geography Practice Paper 3

TuitionGoWhere Practice Paper - Geography Secondary 4

TuitionGoWhere Practice Paper (AI) — Version 3

Subject: Geography
Level: Secondary 4
Paper: Practice Paper (Map Graph Data Skills)
Duration: 1 hour 15 minutes
Total Marks: 40
Name: ________________________
Class: ________
Date: ____________

Instructions:

• This practice paper contains 20 questions across three sections.
• Answer all questions in the spaces provided.
• Use the data, figures, and tables provided to support your answers with reference where required.
• Marks for each question are shown in brackets [ ].
• Section subtotals and question marks add up to 40 marks.

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Section A: Data Interpretation and Graph Skills (Questions 1–8) [16 marks]

1. Study the table below showing monthly rainfall (mm) for City X in 2023.

Month	Jan	Feb	Mar	Apr	May	Jun	Jul	Aug	Sep	Oct	Nov	Dec
Rain (mm)	20	35	60	120	200	250	240	210	180	90	40	25

Calculate the total annual rainfall for City X. [2]

2. Using the data in Question 1, describe the rainfall distribution pattern of City X. [2]

3. Study Figure 1, which shows a bar graph of tourist arrivals (in thousands) to Country Y from 2018 to 2023.

Generated graph for Q3.

With reference to Figure 1, state the year with the lowest tourist arrivals and give the value. [2]

4. Using Figure 1, calculate the percentage increase in tourist arrivals from 2021 to 2023. Show your working. [3]

5. Study the pie chart data below for energy use in Nation Z (2023): Coal 40%, Natural Gas 30%, Hydro 20%, Others 10%.

Plot a pie chart to represent this data. Show all angle calculations. [3]

6. A student drew a climate graph with temperature scale from 0°C to 40°C and rainfall scale from 0 mm to 300 mm. State one mistake the student may make when reading the graph if the scales are not clearly labelled. [1]

7. Study Table 2 showing population (millions) of three towns: Town A = 2.4, Town B = 5.1, Town C = 3.3.

Town	Population (m)
A	2.4
B	5.1
C	3.3

Construct a bar graph to represent this data on the grid provided. [2]

8. Explain why a line graph is more suitable than a pie chart for showing change in temperature over a year. [2]

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Section B: Map and Photograph Skills (Questions 9–14) [12 marks]

9. Study Map 1 below showing a proposed protected forest reserve with zones: Core (shaded dark), Buffer (medium), Access (light).

Generated map for Q9.

With reference to Map 1, explain how zoning helps conserve the forest ecosystem. [3]

10. Study Photograph A (Figure 2) showing a coastal stack and stump.

Generated figure for Q10.

Describe two visible features of the coastal landform in Photograph A. [2]

11. Using Photograph A, account for the formation of the stack and stump. [3]

12. Study Figure 3, which shows wave characteristics: wave height 3 m, 12 waves per minute, backwash stronger than swash.

Generated diagram for Q12.

Describe the type of waves shown in Figure 3 and give two characteristics from the diagram. [2]

13. On the outline map (Figure 4), use the data in Table 3 to complete a proportional symbol map of visitor origins.

Region	Visitors (%)
Asia	60
Europe	25
Americas	10
Others	5

Generated map for Q13.

Complete the map by drawing circles with diameters proportional to the percentages. [1]

14. State one advantage of using a choropleth map instead of a bar graph to show population density by district. [1]

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Section C: Fieldwork and Synthesis (Questions 15–20) [12 marks]

15. A student wants to investigate litter levels along East Coast Park. Describe a suitable sampling method and explain why it is appropriate. [2]

16. Give two reasons why a questionnaire is useful for collecting primary data on tourist satisfaction. [2]

17. Study Table 4 showing mean temperatures (°C) for two cities.

City	Jan	Apr	Jul	Oct
P	28	29	28	28
Q	5	12	22	11

With reference to Table 4, state one difference in temperature pattern between City P and City Q. [1]

18. Using Table 4, calculate the annual temperature range for City Q. Show your working. [2]

19. Explain how a scatter graph could be used to show the relationship between rainfall and crop yield in a geographical study. [2]

20. A field study found: 40% of respondents used buses, 35% trains, 25% cars. Plot a pie chart of this data with angle calculations. [3]