Lesson 5.3

5.3 Water budgets Quiz: Pearson Edexcel Geography, Unit 7

20 questions

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Lesson 5.3, Water budgets: 20 multiple choice questions for the Pearson Edexcel Geography (9GE0), Unit 7: Topic 5: The Water Cycle and Water Insecurity, written with Revision Ninja.

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The 20 questions

  1. In a drainage basin water budget equation, what does 'P' represent?

    • Percolation
    • Peak discharge
    • Evapotranspiration
    • Precipitation
  2. A basin receives 900 mm of precipitation and loses 600 mm to evapotranspiration, with no change in storage. What is the annual runoff?

    • 900 mm
    • 1,500 mm
    • 600 mm
    • 300 mm
  3. Which feature typically characterises the water budget of a tropical rainforest drainage basin?

    • Constant soil deficit
    • High winter snowpack
    • Zero surface runoff
    • High evapotranspiration
  4. Which climate type typically shows low precipitation and low evapotranspiration, with water often locked in snow and ice?

    • Monsoonal
    • Tropical
    • Mediterranean
    • Polar
  5. Which factor causes the peak discharge of the River Yukon to occur in late spring?

    • High evapotranspiration
    • Deforestation
    • Snowmelt
    • Monsoon rain
  6. Which factor maintains a relatively stable annual river regime in the Amazon basin?

    • Year-round rainfall
    • Glacial meltwater
    • Seasonal snowmelt
    • Extensive damming
  7. What does the lag time on a storm hydrograph show?

    • Delay to peak
    • Total storm duration
    • Maximum rainfall depth
    • Baseflow recovery speed
  8. Which basin characteristic produces a shorter lag time and higher peak on a hydrograph?

    • Dense forest cover
    • Deep permeable soils
    • Gentle valley slopes
    • High drainage density
  9. How does urbanisation typically alter the lag time of a storm hydrograph?

    • It doubles it
    • No change occurs
    • It shortens it
    • It lengthens it
  10. Which rock type in a drainage basin promotes rapid surface runoff during heavy rain?

    • Porous chalk
    • Impermeable clay
    • Fractured sandstone
    • Permeable limestone
  11. Which land management strategy helps planners reduce peak discharge in a drainage basin?

    • Afforestation
    • Dredging riverbeds
    • Channel straightening
    • Building tarmac carparks
  12. Which seasonal weather event causes the primary discharge peak in the River Indus?

    • Summer monsoon
    • Winter frost
    • Spring drizzle
    • Autumn depression
  13. Which physical factor explains why two equal-sized basins have different hydrograph shapes?

    • Rock permeability
    • Equator distance
    • Latitude
    • Time zone
  14. Which basin characteristic causes a steep, bare catchment to have a higher peak discharge?

    • Fast overland flow
    • High infiltration rate
    • High interception storage
    • Deep groundwater storage
  15. Which evidence best measures changes in peak discharge following a catchment planning scheme?

    • Climate graphs
    • Isohyetal maps
    • Water budgets
    • Storm hydrographs
  16. Which physical factor combines with climate and soils to shape a river's annual regime?

    • Atmospheric pressure
    • Urbanisation
    • Plate tectonics
    • Geology
  17. What type of hydrograph response is produced by impermeable urban surfaces and steep slopes?

    • Lagged hydrograph
    • Flashy hydrograph
    • Flat hydrograph
    • Subdued hydrograph
  18. What does a water budget show for a drainage basin over a year?

    • Flood return period
    • Sediment yield rate
    • Input-output balance
    • Channel velocity profile
  19. Which two main processes control the annual balance of a regional water budget?

    • Precipitation and evapotranspiration
    • Infiltration and percolation
    • Sublimation and condensation
    • Stemflow and throughflow
  20. A river's annual discharge is 1,200 million cubic metres from a catchment receiving 2,000 million cubic metres of rain, with no change in storage. What is the evapotranspiration loss?

    • 2,000 million cubic metres
    • 3,200 million cubic metres
    • 800 million cubic metres
    • 1,200 million cubic metres

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