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← Unit 1: Geographic Thinking & Skills

CGC1W · Unit 1 test review

Geographic Thinking & Skills: Test Review

Everything for the Unit 1 test on one page: the key facts from all 4 lessons, the mistakes that cost the most marks, and a practice test that points you back to the lessons you need.

Key facts

The Concepts of Geographic Thinking

  • The four concepts of geographic thinking: spatial significance, patterns and trends, interrelationships, geographic perspective.
  • Spatial significance asks why a place or feature is where it is and why that location matters.
  • A pattern repeats across space; a trend is a change over time.
  • Interrelationships are connections between the natural and human environments (and within each).
  • Geographic perspective looks at an issue through environmental, economic, social and political lenses, and through the eyes of different groups of people.

Geographic Inquiry and Evaluating Sources

  • The geographic inquiry process: formulate questions, gather and organize, interpret and analyse, evaluate and draw conclusions, communicate.
  • Question types: factual, comparative, causal, predictive and evaluative (judgement). Strong inquiry questions are open, researchable and focused.
  • Primary sources are first-hand (field notes, interviews, satellite images, oral histories); secondary sources interpret or summarize others' evidence.
  • Judge credibility by checking author, date, purpose, evidence, corroboration and bias.
  • To check AI-generated or manipulated content, look for visual or factual errors, reverse-search images, and confirm the source, date and author with a trusted second source.

Maps, Location, Scale and Direction

  • Map elements: title, orientation (north arrow), date, author and source, legend, scale (TODALS).
  • Latitude: 0° at the equator to 90° N or S. Longitude: 0° at the prime meridian to 180° E or W. Give latitude first: Toronto ≈ 43.7° N, 79.4° W.
  • One degree of latitude ≈ 111 km, so north–south distance ≈ (difference in latitude) × 111 km.
  • Real distance = map distance × scale; 1 km = 100 000 cm, so 1 : 50 000 means 1 cm represents 0.5 km.
  • Bearings are measured clockwise from north (N = 000°, E = 090°, S = 180°, W = 270°). Grid references: easting first, then northing.
  • Close contour lines mean a steep slope; widely spaced lines mean a gentle slope.

Geospatial Technology and Geography Careers

  • Geospatial technology collects, stores, analyses and displays data tied to locations on Earth.
  • GIS stores data in layers that share the same locations; overlaying layers answers spatial questions.
  • GPS (one of several GNSS) finds position by timing signals from at least four satellites.
  • Remote sensing gathers information from a distance; radar (such as Canada's RADARSAT satellites) sees through cloud, day or night.
  • Population density = population ÷ land area (people per km²).
  • Geography careers include GIS technician, land surveyor (regulated), planner, drone pilot, forestry technician, conservation officer and construction trades.

Where marks get lost

  • Mixing up patterns and trends. A pattern is an arrangement in space (where things are); a trend is a change over time (how things are changing). (The Concepts of Geographic Thinking)
  • Using only one lens. Saying a project "creates jobs" is just the economic lens; geographic perspective needs the environmental, social and political effects too. (The Concepts of Geographic Thinking)
  • Describing a place without explaining it. "Toronto is on Lake Ontario" is location; spatial significance explains why that location mattered (harbour, water routes, the trail north). (The Concepts of Geographic Thinking)
  • Treating interrelationships as one-way. The land shapes people, but people also change the land (dams, cities, farms, climate change). (The Concepts of Geographic Thinking)
  • Assuming every group sees an issue the same way. Residents, businesses, governments and First Nations, Métis and Inuit communities can have very different, equally real perspectives. (The Concepts of Geographic Thinking)
  • Treating anything on a polished website as reliable. Design does not equal credibility; check the author, purpose and evidence. (Geographic Inquiry and Evaluating Sources)
  • Throwing out a biased source completely. A biased source can still show a real perspective; just do not treat it as neutral fact. (Geographic Inquiry and Evaluating Sources)
  • Asking a closed question ("Is Toronto big?") as an inquiry question. Inquiry questions are open and need evidence and analysis. (Geographic Inquiry and Evaluating Sources)
  • Believing an AI chatbot's answer or references without checking. AI can invent statistics, quotes and sources that do not exist. (Geographic Inquiry and Evaluating Sources)
  • Using an online map of Indigenous territories as if it were an official legal boundary. Maps like Native Land Digital are starting points; the Nations themselves are the authority. (Geographic Inquiry and Evaluating Sources)
  • Writing longitude first or dropping the letters. "79.4, 43.7" is ambiguous; write latitude first with directions: 43.7° N, 79.4° W. (Maps, Location, Scale and Direction)
  • Forgetting that 1 km = 100 000 cm. Dividing by 1000 instead of 100 000 makes a 3 km walk look like 300 km. (Maps, Location, Scale and Direction)
  • Mixing up large and small scale. 1 : 10 000 is a large scale (small area, lots of detail); 1 : 1 000 000 is a small scale (big area, little detail). In the same way, a 1 : 50 000 map is larger scale than a 1 : 250 000 map, even though 50 000 is the smaller number. (Maps, Location, Scale and Direction)
  • Using 111 km per degree for longitude. That is only true at the equator; degrees of longitude shrink toward the poles. (Maps, Location, Scale and Direction)
  • Reading close contour lines as flat land. Close lines mean a steep slope; widely spaced lines mean gentle or flat land. (Maps, Location, Scale and Direction)
  • Thinking GPS and GIS are the same. GPS finds a position; GIS stores and analyses many layers of data, which can include GPS points. (Geospatial Technology and Geography Careers)
  • Assuming satellites can only take ordinary photos. Radar and infrared sensors detect things our eyes cannot, such as ice through cloud or the heat of a fire. (Geospatial Technology and Geography Careers)
  • Believing a phone's GPS is perfectly accurate. It is usually within a few metres outdoors and can be worse among tall buildings, in forests or indoors. (Geospatial Technology and Geography Careers)
  • Comparing places by population alone. A large region with many people can still have a low density; divide by land area to compare fairly. (Geospatial Technology and Geography Careers)
  • Thinking geography careers are only desk jobs. Surveyors, equipment operators, forestry technicians and drone pilots use geography outdoors every day. (Geospatial Technology and Geography Careers)

Practice test

24 questions from across the unit. Each one shows the lesson it comes from.

  1. The Concepts of Geographic Thinking
    1
    Match each concept of geographic thinking to the question it asks.
    Spatial significance
    Patterns and trends
    Interrelationships
    Geographic perspective
  2. The Concepts of Geographic Thinking
    2
    A student says a new mine will "bring 400 jobs and raise tax revenue." Which lens of geographic perspective is the student using?
  3. The Concepts of Geographic Thinking
    3
    Put these scales of study in order from smallest area to largest.
    1. 1Regional
    2. 2Global
    3. 3National
    4. 4Local
  4. The Concepts of Geographic Thinking
    4
    Name the geographic thinking concept that asks how different groups of people see the same issue.
  5. The Concepts of Geographic Thinking
    5
    Match each effect of a proposed wind farm to the lens it belongs to.
    Turbines could harm migrating birds and bats
    Landowners earn lease payments for each turbine
    Some neighbours dislike the noise and the view
    The province changes the approval rules for wind projects
  6. The Concepts of Geographic Thinking
    6
    Why is Toronto's location spatially significant?
  7. Geographic Inquiry and Evaluating Sources
    7
    Put the steps of the geographic inquiry process in order.
    1. 1Communicate the results
    2. 2Evaluate and draw conclusions
    3. 3Interpret and analyse
    4. 4Formulate questions
    5. 5Gather and organize information
  8. Geographic Inquiry and Evaluating Sources
    8
    Which of these is a primary source for a study of erosion along a local creek?
  9. Geographic Inquiry and Evaluating Sources
    9
    An image of a wildfire looks real, but the street signs in it are made of jumbled letters and one person seems to have six fingers. What is the best next step?
  10. Geographic Inquiry and Evaluating Sources
    10
    Which statement about Native Land Digital (native-land.ca) is accurate?
  11. Geographic Inquiry and Evaluating Sources
    11
    Which source is most likely to be biased about the benefits of a new shopping mall?
  12. Geographic Inquiry and Evaluating Sources
    12
    Which question is the strongest inquiry question?
  13. Maps, Location, Scale and Direction
    13
    On a 1 : 50 000 map, a lake is 8 cm long. How long is the lake in real life, in kilometres?
    km
  14. Maps, Location, Scale and Direction
    14
    Write the scale 1 : 250 000 as a statement. 1 cm represents how many kilometres?
    km
  15. Maps, Location, Scale and Direction
    15
    What is the bearing, in degrees, of a direction exactly southwest?
    °
  16. Maps, Location, Scale and Direction
    16
    Match each map type to the information it shows best.
    Topographic map
    Choropleth map
    Dot density map
    Flow map
    Political map
  17. Maps, Location, Scale and Direction
    17
    What is the name of the line of 0° latitude?
  18. Maps, Location, Scale and Direction
    18
    When giving a four-figure grid reference, which number do you read first?
  19. Geospatial Technology and Geography Careers
    19
    Match each geospatial tool to what it does.
    GPS
    GIS
    Radar satellite
    Infrared satellite image
  20. Geospatial Technology and Geography Careers
    20
    A township has 9600 people on 320 km² of land. What is its population density, in people per km²?
    people/km²
  21. Geospatial Technology and Geography Careers
    21
    What do the letters GIS stand for?
  22. Geospatial Technology and Geography Careers
    22
    Match each career to the way it uses geography.
    Land surveyor
    Urban planner
    Forestry technician
    Heavy equipment operator
    Conservation officer
  23. Geospatial Technology and Geography Careers
    23
    A planner wants to know which homes lie inside a mapped floodplain. Which method should they use?
  24. Geospatial Technology and Geography Careers
    24
    Name the type of remote sensing in which the sensor sends out its own signal and measures what bounces back (one word: active or passive).

Endless drill

Fresh numbers every time, for the calculation questions in this unit.

Endless drillnew numbers every time

Generating a problem…

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