Lesson Y8-U01-L10
Y8-U01-L10 Why Live Near a Volcano? The Bay of Naples Quiz: KS3 Geography, Unit 7
20 questions
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Lesson Y8-U01-L10, Why Live Near a Volcano? The Bay of Naples: 20 multiple choice questions for the KS3 Geography (National Curriculum), Unit 7: Year 8: Restless Earth: Tectonic Hazards, 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
-
Which country is the Bay of Naples in?
- Italy
- Spain
- Turkey
- Greece
-
Which volcano overlooks the Bay of Naples?
- Mount Fuji
- Krakatoa
- Mount Etna
- Mount Vesuvius
-
What does 'dormant' mean when describing a volcano?
- Turned completely into ash and soil
- Not erupting now, but able to erupt again
- Never erupted in recorded history at all
- Erupted for thousands of years and then worn away
-
What is a pyroclastic flow?
- A slow river of cooled lava moving down a valley
- A heavy fall of ash that settles on farmland
- A fast cloud of hot gas, ash and rock racing down a volcano
- A stream of magma sealed deep under the ground
-
Which Roman city was buried by Vesuvius in AD 79?
- Ravenna
- Londinium
- Carthage
- Pompeii
-
What is geothermal energy?
- Energy from wind turbines built on high ground and used to make electricity
- Power made by the rise and fall of ocean tides, pushing turbines near the coast
- Heat energy from hot rocks underground, used to make electricity
- Energy stored in fossil fuels in rock layers, released when the fuel is burned
-
Which term describes soil full of nutrients, so that crops grow very well?
- Fertile
- Dormant
- Pyroclastic
- Evacuation
-
The African plate pushes against the Eurasian plate near Vesuvius. What type of plate boundary is this?
- Hotspot located far from any plate
- Conservative (transform) boundary
- Constructive (divergent) boundary
- Destructive (convergent) boundary
-
Which of these is a benefit of living near Vesuvius?
- Lava flows that block roads
- Fertile volcanic soil for growing crops
- Pyroclastic flows racing down the slopes
- Ash that buries homes and farmland
-
Farmers on Vesuvius's slopes grow crops well. Why does volcanic ash help them?
- It removes most of the nutrients from the ground
- It makes the soil waterproof so rain cannot reach roots
- It breaks down into nutrient-rich soil that helps crops grow
- It cools the soil so that crops stop growing
-
A hotel near Pompeii depends on visitors to the ancient site. Which benefit of living near the volcano does this show?
- Fertile soil that grows fruit and vegetables
- Geothermal heat used to generate electricity
- Protection from lava flows along the coast
- Tourism bringing jobs and money into the area
-
Why is Vesuvius still a serious risk even though it is currently dormant?
- It produces no pyroclastic flows, so only ash is a risk
- It erupts every year, so people must move away
- It could erupt again, so millions of people remain in danger
- It is extinct, so its lava is no longer dangerous
-
A pyroclastic flow can race downhill at up to 700 km per hour. What is the main danger to people nearby?
- The flow stops at the coastline and never reaches land
- Very little time to escape before the hot gas and ash arrive
- The flow affects animals only, not people
- The flow cools quickly and turns into fertile soil
-
Plans exist to evacuate 700,000 people from the red zone within 72 hours. What is this an example of?
- Evacuation planning, a Prepare measure
- Fertile soil management on farmland
- Pyroclastic flow monitoring by the coastline
- Geothermal energy generation for the region
-
Which card belongs in the 'Benefit' column when sorting the effects of living near Vesuvius?
- Tourists visit, bringing jobs and money
- Ash can bury homes and farmland
- Pyroclastic flows can race down the slopes
- Millions of people are hard to evacuate
-
A family's farm income depends on staying near Vesuvius. Which judgement is most balanced?
- Leave immediately, because any farm near a volcano is always unsafe for anyone to live
- Stay, but follow the evacuation plan, because the benefit is daily and the risk can be managed
- Stay with no plan at all, because eruptions are impossible to predict or prepare for
- Leave, because volcanic soil is always poisonous to crops and the land cannot be farmed
-
Why do people keep living near Vesuvius despite the danger?
- Pyroclastic flows never reach populated areas, so the nearby towns are always safe
- The daily benefits feel certain, while a major eruption is rare and monitored
- Governments force residents to stay by law, whatever risks the volcano poses to them
- The volcano has no record of past eruptions, so residents assume it will stay quiet
-
Why can a sticky, high-viscosity volcano such as Vesuvius erupt explosively?
- Sticky magma traps gas, so pressure builds until it bursts out
- Sticky magma cools fast and stops all gas from forming
- Runny lava lets gas escape, so the eruption is violent
- The lava is too cold to move, so pressure never builds
-
Which statement best evaluates a community's choice to live near Vesuvius?
- The risk is serious but can be reduced through evacuation plans and monitoring
- The risk is zero because the volcano is dormant, so no plans are needed
- The benefits outweigh all risks, so no monitoring is needed
- The risk is too large, so the whole region should be abandoned at once
-
Why is it hard to evacuate around 3 million people quickly?
- People are not allowed to leave the Bay of Naples, so they must remain in place
- Volcanic ash makes every road impassable everywhere, so no vehicle can move at all
- Evacuation plans only work for small villages, not for towns or large cities
- Large numbers must move at once, so it takes time and careful planning
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