Test your knowledge of tropical storms/cyclones with this 15-question GCSE quiz.
If you haven't already done it, work through the unit on tropical storms on the PowerPoint. Or look at it again to help fill any gaps in your knowledge!
Rank | Name | Score |
---|---|---|
1st | KIT | 30 |
2nd | bpc | 30 |
3rd | EML | 30 |
4th | JWK | 30 |
5th | sam | 30 |
6th | BGS | 30 |
7th | BIC | 30 |
8th | YAY | 30 |
9th | ETL | 30 |
10th | Wil | 30 |
A high-pressure system characterised by strong winds and drought
A low-pressure system characterised by strong winds and heavy rainfall
A high-pressure system characterised by strong winds and tornadoes
A low-pressure system characterised by strong winds and drought
24-25°C
26-27°C
28-29°C
30-31°C
Cool oceans, at the Equator, high wind shear, where winds converge
Warm oceans, between 5° and 30° latitude, high wind shear, where winds converge
Warm oceans, between 5° and 30° latitude, low wind shear, where winds converge
Warm oceans, between 5° and 30° latitude, low wind shear, where winds diverge
Tropical cyclones
Tropical depressions
Tropical storms
Super typhoons
Tropical cyclones
Tropical depressions
Tropical storms
Super typhoons
Storm surge, heavy rain, strong winds
Storm rain, strong surge, heavy winds
Surging rain, windy surges, strong heavies
Storm fall, light rain, gentle winds
Where winds are close to the ground
Where winds are powerful
Where winds blow across one another
Where winds are weak
350km
450km
550km
650km
They spin clockwise in the southern hemisphere.
Tornadoes are another name for tropical storms
They spin anti-clockwise in the southern hemisphere
The Coriolis Effect enables them to become tall
Rain-driven surge
Wind-driven surge
Coriolis-driven surge
Latitude-driven surge
Rotation
Eye
Eye wall
Rain bands
Rotation
Eye
Eye wall
Rain bands
Hit rock
Arrive
Get home
Make landfall
The Coriolis effect is the main reason why tropical storms/cyclones ‘spin’
The Coriolis effect causes tropical storms/cyclones to spin anti-clockwise in the southern hemisphere
The Earth spins faster at the Equator than at higher latitudes such as 30°N
The Coriolis effect causes tropical storms/cyclones to spin anti-clockwise in the northern hemisphere
5° to 30° N and S
0° to 30° N and S
5° to 45° N and S
0° to 45° N and S
You scored this time. The more correct answers you give, and the fewer incorrect answers you guess, the better your score.