DP Geography Questionbank
B.1. Ocean–atmosphere interactions
Description
[N/A]Directly related questions
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21M.1.bp.3b:
Outline one reason why hurricane activity may increase when ocean temperatures are warmer.
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21M.1.bp.3a.i:
State the direction that Hurricane Irma is predicted to track in the first three days as a hurricane.
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21M.1.bp.3a.ii:
Estimate the number of hours it is predicted for Hurricane Irma to track from the Leeward Islands to the eastern tip of the Dominican Republic.
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21M.1.bp.3c:
Explain two effects of a hurricane on the physical environment of a coastal margin such as that shown in the diagram.
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21N.1.bp.4a:
Examine the positive and negative impacts of La Niña events for different parts of the world.
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19M.1.bp.4a:
Examine why some hurricanes could have a greater impact than others on coastal margin landscapes.
Sub sections and their related questions
B.1.1. The operation of ocean currents
NoneB.1.2. Atmosphere–oceanic interactions associated with El Niño–Southern Oscillation and La Niña cycles and their climatic, environmental and economic effects
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21N.1.bp.4a:
Examine the positive and negative impacts of La Niña events for different parts of the world.
B.1.3. The formation, distribution and physical impacts of hurricanes on coastal margins
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19M.1.bp.4a:
Examine why some hurricanes could have a greater impact than others on coastal margin landscapes.
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21M.1.bp.3a.i:
State the direction that Hurricane Irma is predicted to track in the first three days as a hurricane.
-
21M.1.bp.3a.ii:
Estimate the number of hours it is predicted for Hurricane Irma to track from the Leeward Islands to the eastern tip of the Dominican Republic.
-
21M.1.bp.3b:
Outline one reason why hurricane activity may increase when ocean temperatures are warmer.
-
21M.1.bp.3c:
Explain two effects of a hurricane on the physical environment of a coastal margin such as that shown in the diagram.
