DP Geography Questionbank
D.1. Geophysical systems
Description
[N/A]Directly related questions
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20N.1.bp.7a.i:
Determine the difference in height between the spot heights at A and B.
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20N.1.bp.7b:
Outline how one piece of map evidence indicates that this is a volcanic area.
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20N.1.bp.7a.ii:
Estimate the distance in kilometres between A and B on the map.
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21M.1.bp.7a.i:
Identify the altitude range within which the majority of mass movements occur.
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21M.1.bp.7a.ii:
Estimate the number of mass movements occurring above the altitude of 3500m.
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21M.1.bp.7b:
Outline one physical factor affecting the speed of a mass movement.
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21M.1.bp.8a:
Examine the relationship between plate margin type and the character of volcanic activity.
- 21N.1.bp.7a.i: Identify the land use with the largest area.
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21N.1.bp.7a.ii:
Estimate the distance, in metres, between A and B of the landslide on the map.
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21N.1.bp.7b:
Outline one physical factor that increases the speed of onset in a mass movement event.
- 22M.1.bp.7a.ii: State the number of deaths caused by the earthquake event in the USA.
- 22M.1.bp.7a.i: Identify the location of the earthquake event with the highest magnitude.
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19M.1.bp.8a:
Examine how physical processes affect the level of volcanic hazard risk in different places.
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19N.1.bp.7b:
Outline how the distance from the epicentre of an earthquake can determine the severity of two associated secondary hazards.
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19N.1.bp.7a.ii:
Estimate the furthest distance, in km, from Port-au-Prince at which very strong earthquake intensity was experienced.
Sub sections and their related questions
D.1.1. Mechanisms of plate movement
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21M.1.bp.8a:
Examine the relationship between plate margin type and the character of volcanic activity.
D.1.2. Characteristics of volcanoes formed by varying types of volcanic eruption; and associated secondary hazards
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19M.1.bp.8a:
Examine how physical processes affect the level of volcanic hazard risk in different places.
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19N.1.bp.7b:
Outline how the distance from the epicentre of an earthquake can determine the severity of two associated secondary hazards.
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20N.1.bp.7b:
Outline how one piece of map evidence indicates that this is a volcanic area.
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21M.1.bp.8a:
Examine the relationship between plate margin type and the character of volcanic activity.
D.1.3. Characteristics of earthquakes caused by varying types of plate margin movement and human triggers; and associated secondary hazards
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19N.1.bp.7a.ii:
Estimate the furthest distance, in km, from Port-au-Prince at which very strong earthquake intensity was experienced.
- 22M.1.bp.7a.i: Identify the location of the earthquake event with the highest magnitude.
- 22M.1.bp.7a.ii: State the number of deaths caused by the earthquake event in the USA.
D.1.4. Classification of mass movement types according to cause, liquidity, speed of onset, duration, extent and frequency
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21M.1.bp.7a.i:
Identify the altitude range within which the majority of mass movements occur.
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21M.1.bp.7a.ii:
Estimate the number of mass movements occurring above the altitude of 3500m.
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21M.1.bp.7b:
Outline one physical factor affecting the speed of a mass movement.
- 21N.1.bp.7a.i: Identify the land use with the largest area.
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21N.1.bp.7a.ii:
Estimate the distance, in metres, between A and B of the landslide on the map.
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21N.1.bp.7b:
Outline one physical factor that increases the speed of onset in a mass movement event.
