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Secondary 4 Geography Preliminary Examination Paper 5

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TuitionGoWhere Practice Paper - Geography Secondary 4 (Prelim)

TuitionGoWhere Exam Practice (AI)
Version: 5 of 5

Subject: Geography
Level: Secondary 4
Paper: Map, Graph & Data Skills (Topic Assessment)
Duration: 1 Hour
Total Marks: 50

Name: __________________________
Class: __________________________
Date: __________________________

Instructions to Candidates

Write your Name, Class, and Date in the spaces provided.
Answer all questions.
Write your answers in the spaces provided on this question paper.
The number of marks is given in brackets [ ] at the end of each question or part question.
You may use a calculator, ruler, and protractor.

Section A: Map and Photograph Interpretation (15 Marks)

Study Map Extract 1 (Insert), which shows a coastal area in Southeast Asia, and Photograph A (Insert), which shows a specific landform within this area.

1. Study Map Extract 1.
(a) Identify the grid reference of the lighthouse located on the northern headland. [1]
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(b) Measure the straight-line distance between Point X (Grid 4521) and Point Y (Grid 4824). Give your answer in kilometres. [1]
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(c) Describe the pattern of settlement shown in the southern part of the map extract. [2]
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2. Study Photograph A.
(a) Identify the coastal landform shown in the foreground of the photograph. [1]
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(b) Describe two visible features of this landform that suggest it is undergoing active erosion. [2]
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(c) With reference to Photograph A, explain how wave action contributes to the formation of this landform. [3]
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3. Study Map Extract 1.
Explain how the physical geography of the coastline (as shown on the map) might influence the location of the tourist resort marked at Grid 4622. [5]
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Section B: Graph Construction and Data Representation (15 Marks)

4. A student collected data on the number of visitors to a nature park from five different countries. The data is shown in Table 1.

Table 1: Visitor Origins to Nature Park (2023)

Country	Number of Visitors (thousands)
Singapore	120
Malaysia	80
Indonesia	60
China	40
Others	20
Total	320

(a) Calculate the angle required to represent 'China' on a pie chart. Show your working. [2]

Answer space

Answer: _______________ degrees

(b) On the grid provided below (or in your answer booklet), construct a complete pie chart to represent the data in Table 1. Ensure you include a title and a key. [5]
(Note: In a real exam, a blank circle grid would be provided here. For this practice, describe the steps or sketch if possible, but marks are awarded for accuracy of calculation and labeling in the answer key.)

Answer space

5. Table 2 shows the average monthly rainfall and temperature for Station A.

Table 2: Climate Data for Station A

Month	J	F	M	A	M	J	J	A	S	O	N	D
Temp (°C)	26	27	28	28	27	26	26	26	26	27	27	26
Rainfall (mm)	240	210	180	150	120	100	90	100	130	180	220	250

(a) Describe the temperature pattern throughout the year. [2]
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(b) Identify the driest quarter (three consecutive months) of the year. [1]
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(c) Using the data in Table 2, plot a climate graph (bar chart for rainfall, line graph for temperature) on the provided grid. [5]
(Note: Assume a standard climate graph grid is provided. Marks are for correct plotting of bars and line.)

Answer space

6. Based on the climate graph you plotted in Question 5, name the likely climate type of Station A and give one reason for your answer. [2]
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Section C: Statistical Analysis and Fieldwork Data (20 Marks)

7. A group of students investigated the relationship between distance from the city centre and pedestrian footfall. They counted the number of pedestrians passing a specific point in 10 minutes at five different locations.

Table 3: Pedestrian Count Data

Location	Distance from City Centre (km)	Pedestrian Count (10 mins)
A	0.5	120
B	1.0	95
C	2.5	60
D	4.0	30
E	6.0	15

(a) Calculate the mean (average) pedestrian count for the five locations. Show your working. [2]

Answer space

Answer: _______________

(b) Describe the relationship between distance from the city centre and pedestrian footfall shown in Table 3. [2]
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(c) The students decided to use a scatter graph to present this data.
(i) State which variable should be placed on the x-axis and which on the y-axis. [2]
X-axis: ....................................................................................................
Y-axis: ....................................................................................................

(ii) Explain why a scatter graph is an appropriate choice for this data. [2]
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8. Another group of students investigated water quality in a river. They measured the pH level at three sites: Upstream, Midstream, and Downstream.

Table 4: River pH Levels

Site	Trial 1	Trial 2	Trial 3	Mean pH
Upstream	7.2	7.1	7.3	7.2
Midstream	6.8	6.5	6.7	6.7
Downstream	5.9	6.1	5.8	5.9

(a) Calculate the range of pH values recorded at the Midstream site. [1]
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(b) Suggest one reason why the students took three trials at each site instead of just one. [1]
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(c) The students hypothesized that "Water quality decreases as you move downstream due to industrial discharge."
Evaluate the extent to which the data in Table 4 supports this hypothesis. [4]
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9. Study Figure 1 (Insert), which shows a divided bar graph representing land use changes in a coastal town between 1990 and 2020.

(Figure 1 Description: Two bars of equal height. 1990 Bar: 60% Agriculture, 30% Residential, 10% Commercial. 2020 Bar: 20% Agriculture, 50% Residential, 30% Commercial.)

(a) Describe two changes in land use between 1990 and 2020 shown in Figure 1. [2]
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(b) Suggest one social impact and one environmental impact resulting from the change in land use shown in Figure 1. [4]
Social Impact:
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Environmental Impact:
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END OF PAPER

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Answers

TuitionGoWhere Practice Paper - Geography Secondary 4 (Prelim)

Answer Key and Marking Scheme
Version: 5 of 5
Topic: Map, Graph & Data Skills

Section A: Map and Photograph Interpretation (15 Marks)

1. Map Extract 1 Analysis

(a) Grid Reference: [1 mark]
- Accept 4-digit grid reference for the lighthouse (e.g., 4522 or similar depending on specific insert logic, but typically 4-figure is accepted unless 6-figure requested. Based on prompt pattern, 4-figure is standard for quick ID).
- Marker Note: Ensure the candidate identifies the correct symbol.
(b) Distance Measurement: [1 mark]
- Answer must be within ±0.1 km of the actual measured distance on the specific insert.
- Marker Note: Check if scale line was used correctly.
(c) Settlement Pattern: [2 marks]
- 1 mark for identifying the pattern (e.g., linear, nucleated, dispersed).
- 1 mark for evidence/description (e.g., "houses are built along the main road" for linear).

2. Photograph A Analysis

(a) Landform ID: [1 mark]
- Correct identification (e.g., Stack, Arch, Cave, or Headland depending on Insert). Let's assume Stack for this key.
(b) Visible Features: [2 marks]
- 1 mark per feature. Examples:
  - Vertical cracks/joints visible.
  - Undercutting at the base.
  - Rough/irregular surface texture.
  - Presence of wave-cut notch.
(c) Formation Explanation: [3 marks]
- 1 mark for process: Hydraulic action/abrasion attacks weaknesses (cracks/joints).
- 1 mark for development: Crack enlarges to form cave, then arch, then collapses to form stack.
- 1 mark for link to photo: Reference to specific feature in photo (e.g., "As seen in the photo, the base is narrower...").

3. Resort Location Explanation: [5 marks]

Level 1 (1-2 marks): Generic statement about tourism.
Level 2 (3-4 marks): Links map features to resort location but lacks detail.
Level 3 (5 marks): Detailed explanation using map evidence.
- Points may include:
  - Proximity to beach/scenic area (aesthetic value).
  - Flat land (contour lines widely spaced) allows for easy construction.
  - Access to road network (transport links for tourists).
  - Sheltered bay (calm waters for water sports).
- Award 1 mark per valid point, up to 5. Must reference map.

Section B: Graph Construction and Data Representation (15 Marks)

4. Pie Chart Construction

(a) Calculation for China: [2 marks]
- Working: $(40 / 320) \times 360$
- Answer: 45 degrees.
- 1 mark for correct substitution, 1 mark for correct answer.
(b) Pie Chart Plotting: [5 marks]
- 1 mark for Title (e.g., "Visitor Origins to Nature Park 2023").
- 1 mark for Key/Legend.
- 3 marks for accuracy of sectors (allow ±2 degrees tolerance).
  - Singapore: 135°
  - Malaysia: 90°
  - Indonesia: 67.5°
  - China: 45°
  - Others: 22.5°

5. Climate Graph Plotting

(a) Temperature Pattern: [2 marks]
- 1 mark for stating it is high/hot throughout the year.
- 1 mark for stating low range/small variation (e.g., "ranges only from 26°C to 28°C").
(b) Driest Quarter: [1 mark]
- June, July, August (or any consecutive 3 months with lowest total, J-J-A is 290mm, M-A-M is 350mm).
(c) Plotting: [5 marks]
- 2 marks for correct plotting of rainfall bars (all 12 months correct).
- 2 marks for correct plotting of temperature line (all 12 points correct and joined).
- 1 mark for correct axis labels and units (°C and mm).

6. Climate Type Identification: [2 marks]

Name: Equatorial / Tropical Rainforest Climate. [1 mark]
Reason: High temperature year-round AND high rainfall year-round (no distinct dry season). [1 mark]

Section C: Statistical Analysis and Fieldwork Data (20 Marks)

7. Pedestrian Count Data

(a) Mean Calculation: [2 marks]
- Working: $(120 + 95 + 60 + 30 + 15) / 5$
- Sum = 320.
- Mean = $320 / 5 = 64$ .
- Answer: 64.
(b) Relationship Description: [2 marks]
- 1 mark for direction: Negative correlation / As distance increases, footfall decreases.
- 1 mark for qualification: It is a strong relationship / It decreases rapidly at first then levels off.
(c) Scatter Graph:
- (i) Axes: [2 marks]
  - X-axis: Distance from City Centre (Independent Variable).
  - Y-axis: Pedestrian Count (Dependent Variable).
- (ii) Appropriateness: [2 marks]
  - 1 mark for stating it shows relationship/correlation between two continuous variables.
  - 1 mark for explaining it helps identify trends/outliers.

8. River pH Levels

(a) Range Calculation: [1 mark]
- Max (6.8) - Min (6.5) = 0.3.
(b) Reason for Trials: [1 mark]
- To identify anomalies / increase reliability / calculate a more accurate mean.
(c) Hypothesis Evaluation: [4 marks]
- Level 1 (1 mark): States data supports hypothesis.
- Level 2 (2-3 marks): Uses data to support (pH drops from 7.2 to 5.9) but lacks critical evaluation.
- Level 3 (4 marks): Balanced evaluation.
  - Support: Data shows clear decrease in pH (increase in acidity) from Upstream (7.2) to Downstream (5.9). This aligns with the idea of pollution accumulation.
  - Limitation: Data alone does not prove industrial discharge is the cause (could be agricultural runoff or natural geology).
  - Conclusion: Data supports the trend of decreasing quality, but further testing is needed to confirm the source.

9. Divided Bar Graph Analysis

(a) Land Use Changes: [2 marks]
- 1 mark per change. Examples:
  - Agriculture decreased significantly (from 60% to 20%).
  - Residential use increased (from 30% to 50%).
  - Commercial use tripled (from 10% to 30%).
(b) Impacts: [4 marks]
- Social Impact (2 marks):
  - Positive: More housing available / better access to shops/services.
  - Negative: Loss of rural community lifestyle / potential congestion.
- Environmental Impact (2 marks):
  - Negative: Loss of green space/habitat / increased urban heat island effect / increased runoff/pollution.
  - Positive: (Less likely but possible) Brownfield redevelopment might clean up old sites.
- Award 2 marks for each well-explained impact.

END OF MARKING SCHEME