Important: The material below is an original WAEC GCE-style practice examination prepared for revision. It is not the actual 2026 WAEC examination paper, a leaked paper, or a prediction of the questions that will appear in the examination.
WAEC examiner reports for Geography Paper 3 repeatedly emphasize map reading and interpretation, map reduction and enlargement, gradient calculations, cross profiles, statistical mapping, relief interpretation, graphical work, and accurate location of features.
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2026 WAEC GCE Geography 3 Practice Examination
PRACTICAL AND PHYSICAL GEOGRAPHY
Time: 1 hour 50 minutes
Paper: Geography 3
Code: SC2043
Instructions
- Answer all questions as directed.
- Show all working in calculation questions.
- Use appropriate scales when drawing graphs and diagrams.
- Draw maps and profiles neatly and accurately.
- Label all diagrams clearly.
- Where a question requires explanation, do not merely list points.
- This practice paper is designed to cover important areas of Practical and Physical Geography.
SECTION A: MAP WORK
Question 1
Study the following description of a hypothetical topographical map with a scale of 1:50,000.
The mapped area contains the following features:
- A major river flowing from the northeast to the southwest.
- A Class 1 road running from the northwest through the central part of the area to the southeast.
- Two Class 2 roads branching from the Class 1 road.
- A large settlement in the central part of the map.
- A smaller settlement in the eastern part.
- Closely spaced contours in the southwest.
- Widely spaced contours in the northeast.
- A railway line running through the northern section.
- Cultivated land around the major settlement.
- A forest reserve in the southwestern section.
(a)
Reduce the mapped area to one-half of its original size.
(b)
State the scale of the reduced map.
(c)
On your reduced outline, indicate and label:
i. The major river
ii. The Class 1 road
iii. The railway line
iv. The large settlement
v. The forest reserve
(d)
Describe the drainage pattern of the mapped area.
(e)
State four pieces of evidence from the map that indicate that the central settlement is important.
(f)
Explain three ways in which relief has influenced transportation in the area.
Model Answers
(a) The map should be accurately reduced to one-half of its original dimensions.
(b) Original scale = 1:50,000.
When the map is reduced to one-half:
New scale = 1:100,000.
(c) Features should be inserted in their correct relative positions on the reduced outline.
(d) Possible drainage characteristics:
- The major river flows from the northeast towards the southwest.
- Smaller streams join the main river.
- The area has a fairly developed drainage network.
- Drainage is influenced by the slope and relief of the area.
(e) Evidence of the importance of the central settlement:
- It is connected by major roads.
- Several transport routes converge around it.
- Cultivated land is concentrated around the settlement.
- It may have several public or commercial facilities.
- It is larger than surrounding settlements.
- The railway may provide additional accessibility.
(f) Effects of relief on transportation:
- Steep slopes discourage road construction. Roads tend to avoid areas where contours are closely spaced.
- Gentle slopes encourage transportation routes. Roads and railways can be constructed more easily across relatively level land.
- Valleys provide transport corridors. Routes may follow valleys because they offer easier movement through elevated terrain.
WAEC examiner reports have specifically identified difficulties with map reduction, relief interpretation, and explaining how relief affects transportation.
Question 2: Map Measurement and Gradient
A road on a topographical map has a measured length of 8 cm. The map scale is 1:50,000.
(a)
Calculate the actual ground distance represented by the road.
(b)
Two points A and B have elevations of 250 metres and 550 metres respectively. The horizontal distance between them is 6 km.
Calculate the gradient.
(c)
State the gradient as a ratio.
Answer
(a)
Scale = 1:50,000
Therefore:
1 cm = 50,000 cm on the ground.
8 cm = 8 × 50,000
= 400,000 cm
Convert to kilometres:
400,000 cm = 4 km
Answer: 4 km
(b)
Vertical interval:
550 m – 250 m = 300 m
Horizontal distance = 6 km
6 km = 6,000 m
Gradient:
300 : 6,000
= 1 : 20
(c)
Gradient = 1:20
WAEC reports show that candidates have lost marks through weak gradient calculations and inaccurate map measurements, making these important skills to practise.
Question 3: Contours and Relief
(a)
Define a contour line.
(b)
Explain how contour lines can be used to identify:
i. A steep slope
ii. A gentle slope
iii. A valley
iv. A ridge
v. A conical hill
(c)
State four uses of contour maps.
Model Answers
(a) A contour line is a line drawn on a map joining places of equal elevation above sea level.
(b)
i. Steep slope: Contours are very closely spaced.
ii. Gentle slope: Contours are widely spaced.
iii. Valley: Contours form a V-shape pointing towards higher ground.
iv. Ridge: Contours form elongated patterns indicating a narrow elevated area.
v. Conical hill: Closed, roughly circular contours increase in elevation towards the centre.
(c) Uses of contour maps:
- To determine elevation.
- To identify relief features.
- To calculate gradient.
- To plan roads and railway routes.
- To study drainage.
- To determine suitable locations for settlements.
Question 4: Cross Profile
A line A-B crosses a topographical area containing the following elevations:
| Point | Elevation |
|---|---|
| A | 100 m |
| B | 180 m |
| C | 260 m |
| D | 220 m |
| E | 140 m |
| F | 100 m |
(a)
Draw a cross profile from A to F.
(b)
Label the highest point on the profile.
(c)
Describe the relief represented by the profile.
Model Answer
- Draw a horizontal baseline.
- Select a suitable vertical scale.
- Plot each elevation accurately.
- Join the plotted points with a smooth curve.
- Label the points A to F.
- Identify the highest point.
The highest point is C, at 260 metres.
The profile rises gradually from A to C and then descends through D and E to F.
Important: WAEC has specifically noted that some candidates incorrectly join cross-profile points with straight lines rather than using a smooth curve.
SECTION B: STATISTICAL GEOGRAPHY
Question 5: Bar Graph
The table below shows the annual production of three crops in a farming region.
| Crop | Production (tonnes) |
|---|---|
| Maize | 600 |
| Rice | 400 |
| Cassava | 800 |
| Yam | 500 |
(a)
Represent the data using a simple bar graph.
(b)
State the crop with the highest production.
(c)
Calculate the total production.
(d)
State two advantages of using a bar graph.
Answers
(b) Cassava.
(c)
600 + 400 + 800 + 500 = 2,300 tonnes
(d) Advantages include:
- Easy comparison of quantities.
- Simple to construct and interpret.
- Clearly shows differences between categories.
- Useful for presenting discrete data.
Question 6: Pie Chart
A town’s labour force is distributed as follows:
| Activity | Percentage |
|---|---|
| Agriculture | 40% |
| Trading | 25% |
| Manufacturing | 15% |
| Transport | 10% |
| Other activities | 10% |
(a)
Calculate the angle required for each sector of a pie chart.
Answer
Formula:
Angle = Percentage × 360° / 100
| Activity | Percentage | Angle |
|---|---|---|
| Agriculture | 40% | 144° |
| Trading | 25% | 90° |
| Manufacturing | 15% | 54° |
| Transport | 10% | 36° |
| Other activities | 10% | 36° |
Total:
144° + 90° + 54° + 36° + 36° = 360°
Question 7: Divergent Bar Graph
The table shows the number of people migrating into and out of a city.
| Year | In-migration | Out-migration |
|---|---|---|
| 2022 | 4,000 | 2,000 |
| 2023 | 5,000 | 3,000 |
| 2024 | 6,000 | 3,500 |
| 2025 | 7,000 | 4,500 |
(a)
Draw a divergent bar graph to represent the data.
(b)
Which year recorded the highest in-migration?
(c)
Calculate the net migration for 2025.
Answer
(b) 2025.
(c)
Net migration = In-migration – Out-migration
= 7,000 – 4,500
= 2,500 people
WAEC examiner reports identify statistical mapping, graphical work and computational skills as recurring areas requiring practice.
SECTION C: PHYSICAL GEOGRAPHY
Question 8: The Earth
(a)
State four proofs that the Earth is spherical.
(b)
Explain three effects of the Earth’s rotation.
Model Answers
(a)
- The circular shadow of the Earth during a lunar eclipse.
- Ships disappear gradually below the horizon.
- Circumnavigation of the Earth.
- Photographs taken from space show the Earth’s curved shape.
- The appearance of different stars at different latitudes.
(b)
- Day and night: Rotation causes different parts of the Earth to face towards or away from the Sun.
- Difference in local time: Different longitudes experience sunrise and sunset at different times.
- Deflection of winds and ocean currents: Rotation produces the Coriolis effect.
- Apparent movement of the Sun: The Sun appears to rise in the east and set in the west.
WAEC’s Geography Paper 3 materials include questions on the Earth’s movements and their effects.
Question 9: Weathering
(a)
What is weathering?
(b)
Distinguish between:
i. Physical weathering
ii. Chemical weathering
iii. Biological weathering
(c)
Explain three processes of physical weathering.
Model Answers
Weathering is the breakdown or decomposition of rocks in situ at or near the Earth’s surface.
Physical weathering: Mechanical breakdown of rocks without changing their chemical composition.
Chemical weathering: Breakdown of rocks through chemical reactions.
Biological weathering: Breakdown of rocks through the activities of living organisms.
Physical weathering processes
- Exfoliation: Outer layers of rocks peel away because of repeated heating and cooling.
- Block disintegration: Rocks crack into blocks due to temperature changes.
- Freeze-thaw: Water enters cracks, freezes and expands, widening the cracks.
- Salt crystallisation: Salt crystals grow in rock pores and exert pressure on the rock.
Question 10: Rivers
(a)
Name three features of the upper course of a river.
(b)
Explain how a waterfall develops.
(c)
State four processes of river erosion.
Model Answers
(a)
- V-shaped valleys
- Interlocking spurs
- Waterfalls
- Rapids
- Gorges
(b) A waterfall can develop where hard rock overlies softer rock. The softer rock is eroded more rapidly, producing a step. Undercutting of the softer rock creates an overhang of harder rock. The overhang eventually collapses, and continued erosion causes the waterfall to retreat upstream, leaving a gorge.
(c)
- Hydraulic action
- Abrasion/corrasion
- Attrition
- Solution/corrosion
Question 11: Coastal Processes
(a)
Explain hydraulic action.
(b)
Explain abrasion.
(c)
State four erosional features found along coasts.
Model Answers
Hydraulic action: The force of waves compresses air in cracks and weaknesses in coastal rocks, causing the rocks to break apart.
Abrasion: Materials carried by waves strike and scrape against the coastline, wearing it away.
Coastal erosional features:
- Cliffs
- Wave-cut platforms
- Caves
- Arches
- Stacks
- Stumps
- Headlands and bays
Question 12: Weather and Climate
(a)
Distinguish between weather and climate.
(b)
Name five elements of weather.
(c)
Explain how altitude affects temperature.
Model Answers
Weather refers to the atmospheric conditions of a place over a short period.
Climate refers to the average atmospheric conditions of a place over a long period.
Elements of weather:
- Temperature
- Rainfall
- Humidity
- Atmospheric pressure
- Wind
- Sunshine
- Cloud cover
Effect of altitude: Temperature generally decreases as altitude increases. Therefore, highland areas are usually cooler than lowland areas.
Question 13: Rainfall
(a)
Name three major types of rainfall.
(b)
Describe convectional rainfall.
(c)
Explain relief/orographic rainfall.
Model Answers
The three major types are:
- Convectional rainfall
- Relief/orographic rainfall
- Frontal/cyclonic rainfall
Convectional rainfall
The sun heats the Earth’s surface. The air above the surface becomes warm and rises. As the air rises, it expands and cools. Condensation occurs when the air reaches its dew point, producing clouds and eventually heavy rainfall.
Relief rainfall
Moist air is forced to rise when it encounters highland. As it rises, it cools and condenses, producing rainfall on the windward side. The leeward side receives less rainfall and may experience a rain-shadow effect.
Question 14: Natural Vegetation
(a)
What is natural vegetation?
(b)
State four factors affecting natural vegetation.
(c)
Explain three characteristics of tropical rainforest vegetation.
Model Answers
Natural vegetation is vegetation that grows in an area without direct human cultivation or deliberate planting.
Factors include:
- Rainfall
- Temperature
- Soil
- Relief
- Drainage
- Human activities
Characteristics of tropical rainforest
- Trees are tall and closely packed.
- Vegetation is evergreen because rainfall occurs throughout much of the year.
- There are several layers or storeys of vegetation.
- Trees have broad leaves.
- The forest contains numerous plant and animal species.
- Climbers and epiphytes are common.
Question 15: Deserts
(a)
Define a hot desert.
(b)
State four characteristics of hot deserts.
(c)
Explain three ways plants adapt to desert conditions.
Model Answers
A hot desert is a region characterized by very low rainfall, high daytime temperatures and sparse vegetation.
Characteristics include:
- Very low annual rainfall.
- High daytime temperatures.
- Large daily temperature range.
- Sparse vegetation.
- Sandy or rocky surfaces.
- Strong winds and occasional flash floods.
Plant adaptations
- Some plants have deep roots to obtain underground water.
- Leaves may be reduced to spines to reduce water loss.
- Thick stems may store water.
- Waxy surfaces reduce evaporation.
- Some plants have extensive shallow roots to absorb rainwater quickly.
SECTION D: PRACTICAL PHYSICAL GEOGRAPHY
Question 16: Fieldwork
A group of students wants to investigate traffic congestion along a major road.
(a)
State four objectives of the investigation.
(b)
Mention four methods of collecting data.
(c)
State three problems that may be encountered during the fieldwork.
Model Answers
Objectives
- To determine the major causes of congestion.
- To identify peak traffic periods.
- To examine the effect of congestion on commuters.
- To investigate possible solutions.
Data collection methods
- Questionnaires
- Interviews
- Direct observation
- Traffic counts
- Photography
- Secondary data
Possible problems
- Bad weather
- Uncooperative respondents
- Limited time
- Heavy traffic
- Inadequate transport
- Difficulty accessing certain locations
Question 17: River Study
Students visited a river to investigate its characteristics.
(a)
State five characteristics that could be observed or measured.
(b)
Mention four instruments that could be used.
(c)
State three safety precautions.
Model Answers
Characteristics
- River width
- River depth
- Velocity
- Channel shape
- Bank characteristics
- Water quality
- Bed load
- Nature of vegetation
Instruments
- Measuring tape
- Ranging poles
- Stopwatch
- Meter rule
- Float
- Compass
- Clinometer
Safety precautions
- Avoid deep or fast-flowing sections.
- Work under supervision.
- Wear appropriate protective clothing.
- Avoid slippery river banks.
- Work in groups rather than alone.
Question 18: Geographical Information and Maps
(a)
What is a topographical map?
(b)
State five types of information that can be obtained from a topographical map.
(c)
Explain two uses of topographical maps.
Model Answers
A topographical map is a detailed map showing both natural and human-made features of an area.
Information obtainable includes:
- Relief
- Drainage
- Settlements
- Roads
- Railways
- Vegetation
- Land use
- Administrative features
Uses
- Planning: Governments and planners can use maps when planning roads, settlements and other infrastructure.
- Economic activities: Maps help identify areas suitable for farming, forestry, transportation and other activities.
- Military and navigation: Maps provide detailed information about terrain and accessibility.
SECTION E: QUICK PRACTICAL REVISION QUESTIONS
1. What does a scale of 1:50,000 mean?
Answer: 1 unit on the map represents 50,000 of the same units on the ground.
2. What type of scale is 1:50,000?
Answer: Representative fraction or numerical scale.
3. Closely spaced contours indicate what?
Answer: A steep slope.
4. Widely spaced contours indicate what?
Answer: A gentle slope.
5. What is gradient?
Answer: The rate of change in elevation over a given horizontal distance.
6. What is the formula for gradient?
Answer:
Gradient = Vertical interval / Horizontal equivalent
7. What does a V-shaped contour pattern generally indicate?
Answer: A valley.
8. What does a closed contour pattern with increasing heights towards the centre indicate?
Answer: A hill.
9. Name two methods of statistical presentation.
Answer: Bar graph and pie chart.
10. What instrument is commonly used to measure horizontal distance during fieldwork?
Answer: Measuring tape.
11. What instrument can be used to determine direction?
Answer: Compass.
12. What is map enlargement?
Answer: Increasing the size of a map while maintaining its geographical proportions.
13. What is map reduction?
Answer: Decreasing the size of a map while maintaining its geographical proportions.
14. What is a cross profile?
Answer: A side-view representation of the relief along a selected line across a landscape.
15. What is a watershed?
Answer: A highland boundary separating two drainage basins.
16. What is a drainage basin?
Answer: The area drained by a river and its tributaries.
17. Name two river erosion processes.
Answer: Hydraulic action and abrasion.
18. What is weathering?
Answer: The breakdown or decomposition of rocks in situ.
19. Name three types of rainfall.
Answer: Convectional, relief and frontal rainfall.
20. What is fieldwork?
Answer: The collection and investigation of geographical information directly from the field.
Important Areas to Revise for Geography 3
For this practical paper, students should give particular attention to:
1. Map Work
- Map reduction
- Map enlargement
- Scale
- Grid references
- Direction and bearings
- Distance measurement
- Gradient
- Contours
- Relief features
- Drainage
- Settlement patterns
- Transport networks
- Land use
2. Graphical and Statistical Work
- Bar graphs
- Compound bar graphs
- Divergent bar graphs
- Pie charts
- Line graphs
- Flow charts
- Statistical calculations
- Interpretation of graphs
3. Physical Geography
- Earth’s shape and movements
- Rocks
- Weathering
- Rivers
- Coasts
- Weather and climate
- Rainfall
- Vegetation
- Deserts
- Soils
4. Fieldwork
- Data collection
- Sampling
- Questionnaires
- Interviews
- Observation
- Measurement
- Presentation and interpretation of data
- Fieldwork safety
WAEC examiner reports repeatedly recommend constant practice in map interpretation, graphical work, statistical mapping, gradient calculations and relief features. They also warn candidates not to merely list points when explanations are required.
Geography 3 Exam Tips
- Practise map work repeatedly. Do not wait until the examination period before practising.
- Master scale calculations.
- Know how to calculate gradient.
- Practise drawing cross profiles with smooth curves.
- Learn the appearance of major contour features.
- Practise measuring distances accurately.
- Know how to construct and interpret statistical diagrams.
- Always show your calculations.
- Label diagrams and graphs clearly.
- Read the instructions carefully before answering.
- Explain answers where the question says explain, describe or account for.
- Avoid poor handwriting.
- Cover the entire syllabus rather than concentrating on only a few topics.
These recommendations are consistent with WAEC’s published examiner observations for Geography Paper 3, particularly concerning map work, computational skills, cross profiles, statistical mapping, syllabus coverage and following examination rubrics.
Continue visiting EDUJECTS.com for verified examination updates, revision guides, past question analysis, and study materials throughout the 2026 examination season.
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