Secondary 3 Geography Practice Paper 3

TuitionGoWhere Practice Paper - Geography Secondary 3

TuitionGoWhere Practice Paper (AI)
Version: 3 of 5
Subject: Geography
Level: Secondary 3
Paper: Practice Paper (Map Graph Data Skills)
Duration: 45 minutes
Total Marks: 40
Name: ______________________
Class: _________
Date: ___________

Instructions:

• This practice paper tests map, graph, and data skills based on the Secondary 3 Geography syllabus.
• Answer all questions in the spaces provided.
• Use the data, maps, and graphs given. Show workings where needed.
• Section marks and question marks add up to 40.

Section A: Map Reading and Basic Graphs (Questions 1–8) [16 marks]

1. Study the map extract below. The map scale is 1:25 000. Two buildings are 4 cm apart on the map. What is the actual ground distance in kilometres? [2]

Generated map for Q1.

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2. On the same map, a lake has a grid reference of 4826. What is the six-figure grid reference for a point at the centre of the lake if it is 0.3 grid squares east and 0.4 grid squares north of the 4826 corner? [2]

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3. The bar graph shows the number of tourists visiting a town from 2019 to 2022.
2019: 120, 2020: 80, 2021: 150, 2022: 200 (in thousands).
In which year was there the largest increase in tourists compared to the previous year? [1]

Generated graph for Q3.

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4. Using the bar graph in Q3, calculate the percentage decrease in tourists from 2019 to 2020. [2]

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5. A pie chart shows land use: Housing 40%, Park 25%, Industry 20%, Others 15%. Which land use occupies the smallest angle in degrees? [1]

Generated chart for Q5.

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6. Give the compass direction from Point X (north of river) to Point Y (south-east of X) as shown. [1]

Generated map for Q6.

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7. A line graph shows temperature from 8am to 12pm: 26°C, 28°C, 30°C, 31°C, 32°C. What is the mean temperature? [2]

Generated graph for Q7.

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8. State one advantage of using a bar graph instead of a table for the tourist data. [1]

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Section B: Data Tables and Interpretation (Questions 9–14) [12 marks]

The table below shows rainfall (mm) and visitor count at a park.

Month	Rainfall (mm)	Visitors
Jan	200	500
Feb	150	700
Mar	100	900
Apr	50	1100

9. Which month had the highest number of visitors? [1]

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10. Calculate the total rainfall over the four months. [2]

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11. Describe the relationship between rainfall and visitor numbers shown in the table. [2]

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12. A map shows the park is located at 1.3°N, 103.8°E. What type of geographical coordinate is this? [1]

Generated map for Q12.

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13. Convert 200 mm rainfall to cm. [1]

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14. If a stratified sample of 40 visitors is taken from the total, and Feb has 700 of 3200 total visitors, how many Feb visitors should be sampled? [2]

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15. The total visitors = 500+700+900+1100 = 3200. What is the ratio of Jan visitors to Apr visitors in simplest form? [1]

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16. State why a researcher might use a questionnaire instead of observation to collect visitor data. [2]

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Section C: Graph Construction and Synthesis (Questions 17–20) [12 marks]

17. Using the table in Section B, plot a line graph of visitors by month on the grid. Label axes. [3]

Generated graph for Q17.

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18. A climate graph combines rainfall bars and temperature line. Give two features that must be shown. [2]

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19. A map has scale 1 cm = 500 m. Two villages are 6 cm apart. What is the actual distance in km? [2]

Generated map for Q19.

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20. Explain how a geographer uses sustainable development to assess the park's tourism data. [3]

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