Lesson 3.1.1.1
3.1.1.1 Natural hazards Quiz: AQA Geography, Unit 1
20 questions
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Lesson 3.1.1.1, Natural hazards: 20 multiple choice questions for the AQA GCSE Geography (8035), Unit 1: Living with the physical environment, written with Revision Ninja.
Host it live on the board and students join with a game code on their own devices, or revise alone with Free Play. The answers are revealed in the game.
The 20 questions
-
What makes a natural event classified as a natural hazard?
- Physical power
- High financial cost
- Threat to humans
- Global distribution
-
Which of these natural events is classified as a tectonic hazard?
- Earthquake
- Tropical storm
- Flash flood
- Drought
-
Which of these is a weather hazard rather than a tectonic hazard?
- Tropical storm
- Tsunami
- Earthquake
- Volcanic eruption
-
Which factor directly increases the risk posed by a natural hazard?
- Strong magnetic field
- High population density
- High ocean salinity
- Low latitude
-
In geography, how does a disaster differ from a hazard?
- Hazards cause deaths
- Disasters are predictable
- Disasters cause damage
- Hazards are human-made
-
Dense populations and poorly constructed buildings increase an area's what?
- Frequency
- Latitude
- Magnitude
- Vulnerability
-
How does lower economic wealth in a region affect its hazard risk?
- Has no effect
- Decreases risk
- Increases risk
- Prevents hazards
-
Town B has 1,000,000 people and 500 deaths from a hazard. What is the death rate per 100,000 people?
- 0.5
- 500
- 5
- 50
-
Why is a flood in an unpopulated valley not a natural hazard?
- Short duration
- Low water volume
- No human threat
- Lack of rainfall
-
An earthquake occurs in the open ocean far from people. What is it?
- A natural hazard
- A natural event
- A natural disaster
- A tectonic crisis
-
What does installing storm early warning systems directly reduce?
- Storm frequency
- Hazard risk
- Storm magnitude
- Storm duration
-
How do strict building codes affect the impact of a tsunami?
- Prevents earthquakes
- Reduces damage
- Increases magnitude
- Increases frequency
-
Rapid population growth in a flood zone directly causes an increase in what?
- Flood frequency
- Hazard risk
- Flood magnitude
- Rainfall volume
-
Hazard risk measures the probability that people will be harmed by what?
- Urban planning
- A natural hazard
- Deforestation
- Climate change
-
Why might identical earthquakes cause vastly different death tolls in different countries?
- Varying solar radiation
- Different crust thickness
- Different moon phases
- Varying building quality
-
A hazard causes 40 deaths in a population of 80,000. A new plan halves the death rate. How many deaths would the same hazard cause in that population after the plan?
- 40
- 80
- 20
- 10
-
What happens to a flood-prone town's hazard risk if its population doubles?
- It decreases
- It stays same
- It increases
- It becomes zero
-
Which human factor can increase hazard risk without altering the physical event?
- Ocean temperature
- Poverty
- Plate velocity
- Wind speed
-
What factor affecting hazard risk is reduced by relocating people away from floodplains?
- Exposure
- Physical geography
- Hazard magnitude
- Hazard frequency
-
Which human action directly increases natural hazard risk by putting more people in danger?
- Planting forests
- Building sea walls
- Issuing warnings
- Building on floodplains
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