Lesson 3.2.3.4

3.2.3.4 Urban climate Quiz: AQA Geography, Unit 2

20 questions

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Lesson 3.2.3.4, Urban climate: 20 multiple choice questions for the AQA Geography (7037), Unit 2: Human geography, written with Revision Ninja.

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The 20 questions

  1. What term describes urban areas being consistently warmer than surrounding rural areas?

    • Urban heat island
    • Thermal inversion
    • Microclimate divergence
    • Photochemical smog
  2. Which urban feature most directly reduces average wind speed at street level?

    • High building density
    • Straight street grids
    • Wide open plazas
    • Flat tarmac surfaces
  3. Which pollutant is the primary constituent of photochemical smog formed in sunny urban conditions?

    • Ground-level ozone
    • Sulphur dioxide
    • Carbon monoxide
    • Atmospheric methane
  4. What process causes urban areas to experience a higher frequency of intense thunderstorms?

    • Barometric pressure drops
    • Adiabatic cooling
    • Convective uplift
    • Thermal inversion
  5. Why does stagnant high-pressure weather cause severe urban air pollution build-up?

    • Heavy convective rainfall
    • Rapid pollutant washing
    • Increased wind speed
    • Limited vertical mixing
  6. Which policy directly targets a reduction in urban vehicle emissions like particulates and nitrogen oxides?

    • Congestion charge relief
    • Urban green belts
    • Out-of-town retail parks
    • Low emission zones
  7. How does urbanisation typically affect precipitation patterns downwind of major cities?

    • Increased shower intensity
    • Lower storm frequency
    • Zero rain events
    • Decreased total rainfall
  8. Which material property allows urban surfaces to cause nocturnal heat island effects?

    • High thermal capacity
    • High albedo reflection
    • Low light absorption
    • High moisture retention
  9. Which strategy is most effective at reducing the intensity of the urban heat island?

    • Glass skyscrapers
    • High-density concrete
    • Asphalt paving
    • Green roofs
  10. What effect causes increased wind speeds when air is forced between tall, closely spaced urban buildings?

    • Thermal inversion
    • Urban heat island
    • Venturi effect
    • Frictional drag
  11. High concentrations of urban sulphur dioxide primarily cause which environmental problem?

    • Acid rain
    • Eutrophication
    • Ozone layer depletion
    • Photochemical smog
  12. Besides waste heat, which factor directly contributes to the urban heat island effect?

    • Increased wind speed
    • Deep soil infiltration
    • Low surface albedo
    • High evapotranspiration
  13. Why do urban areas experience higher fog frequencies than surrounding rural areas?

    • Higher wind speeds
    • More condensation nuclei
    • Greater vegetation cover
    • Lower atmospheric pressure
  14. Which primary pollutant reacts with volatile organic compounds in sunlight to form photochemical smog?

    • Carbon dioxide
    • Sulphur dioxide
    • Particulate matter
    • Nitrogen oxides
  15. What is the primary aim of introducing a clean air zone charge in city centres?

    • Increase traffic speed
    • Promote car usage
    • Reduce vehicle emissions
    • Lower urban temperatures
  16. At what time of day is the urban heat island effect usually most pronounced?

    • At midday
    • At mid-afternoon
    • At night
    • At sunrise
  17. What process removes particulate air pollution during heavy rainfall in cities?

    • Radiative cooling
    • Thermal inversion
    • Photochemical oxidation
    • Rain scavenging
  18. How do traffic-related pollutant concentrations typically change moving away from a major road?

    • They decrease rapidly
    • They fluctuate randomly
    • They increase rapidly
    • They remain constant
  19. Which urban planning feature is most effective at reducing the urban heat island effect?

    • High-rise glass buildings
    • Culverted urban rivers
    • Asphalt car parks
    • Urban green space
  20. High urban temperatures combined with high levels of which atmospheric pollutant create severe health risks?

    • Sulphur dioxide
    • Carbon dioxide
    • Ground-level ozone
    • Nitrous oxide

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