DP Geography Questionbank
The water system
Description
[N/A]Directly related questions
- 18M.2.bp.2a.ii: State two possible methods of artificially recharging the aquifer.
- 18M.2.bp.2a.i: State the four elements of the hydrological cycle labelled A–D.
- 17M.2.bp.1b: Define the concept of “maximum sustainable yield” of freshwater.
- 16M.2.bp.2b: Suggest how a change in the balance of water stored in oceans and ice could result in: (i) one...
- 16M.2.bp.2a: Outline how water is transferred through a drainage basin by: (i) infiltration; (ii) throughflow.
- 12M.2.bp.1b: Explain three ways in which human activity can reduce the time taken for water to pass through...
- 12M.2.bp.1a: Identify two transfers and two stores shown in the diagram.
- 11M.2.bp.1b: Explain the consequences of a decrease in the amount of water stored in ice in the hydrological...
- 11M.2.bp.1a: Describe two conditions at point A which would make infiltration rates higher than at point B.
- 14N.2.hl.1a: (i) Define the term groundwater. (ii) Estimate the percentage of groundwater shown on the diagram.
- 14N.2.hl.1b: State two major types of natural surface freshwater (other than rivers).
- 14N.2.hl.1c: Explain three consequences of a reduction in the volume of ice caps.
- 14N.2.sl.1b: State two major types of natural surface freshwater (other than rivers).
- 14N.2.sl.1a: (i) Define the term groundwater. (ii) Estimate the percentage of groundwater shown on the diagram.
- 14N.2.sl.1c: Explain three consequences of a reduction in the volume of ice caps.
- 14M.2.hl.2a: Define the terms drainage divide and wetlands.
- 14M.2.sl.2a: Define the terms drainage divide and wetlands.
- 13N.2.hl.2b: Draw a labelled diagram to show the main input, outputs, transfers and stores of the hydrological...
- 13N.2.sl.2b: Draw a labelled diagram to show the main input, outputs, transfers and stores of the hydrological...
Sub sections and their related questions
The hydrological cycle
- 11M.2.bp.1a: Describe two conditions at point A which would make infiltration rates higher than at point B.
- 11M.2.bp.1b: Explain the consequences of a decrease in the amount of water stored in ice in the hydrological...
- 12M.2.bp.1a: Identify two transfers and two stores shown in the diagram.
- 12M.2.bp.1b: Explain three ways in which human activity can reduce the time taken for water to pass through...
- 13N.2.hl.2b: Draw a labelled diagram to show the main input, outputs, transfers and stores of the hydrological...
- 14M.2.hl.2a: Define the terms drainage divide and wetlands.
- 14M.2.sl.2a: Define the terms drainage divide and wetlands.
- 14N.2.hl.1a: (i) Define the term groundwater. (ii) Estimate the percentage of groundwater shown on the diagram.
- 14N.2.sl.1a: (i) Define the term groundwater. (ii) Estimate the percentage of groundwater shown on the diagram.
- 14N.2.hl.1b: State two major types of natural surface freshwater (other than rivers).
- 14N.2.sl.1b: State two major types of natural surface freshwater (other than rivers).
- 14N.2.hl.1c: Explain three consequences of a reduction in the volume of ice caps.
- 14N.2.sl.1c: Explain three consequences of a reduction in the volume of ice caps.
- 13N.2.sl.2b: Draw a labelled diagram to show the main input, outputs, transfers and stores of the hydrological...
- 16M.2.bp.2a: Outline how water is transferred through a drainage basin by: (i) infiltration; (ii) throughflow.
- 16M.2.bp.2b: Suggest how a change in the balance of water stored in oceans and ice could result in: (i) one...
- 18M.2.bp.2a.i: State the four elements of the hydrological cycle labelled A–D.
- 18M.2.bp.2a.ii: State two possible methods of artificially recharging the aquifer.
