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Earthquake Hazards and Community Preparedness

Total questions: 10

Worksheet time: 5mins

Name
Class
Date
1.

Which earthquake hazard directly results from the sudden release of energy along a fault?

a)

Tsunami

b)

Ground shaking

c)

Landslide

d)

Fire

2.

A community is built on loose, water-saturated soil. Which earthquake hazard poses the greatest risk to this area?

a)

Ground rupture

b)

Liquefaction

c)

Tsunami

d)

Aftershock

3.

Why is ground rupture considered extremely dangerous to infrastructures built near fault lines?

a)

It produces strong winds

b)

It causes surface flooding

c)

It physically breaks the ground surface

d)

It changes soil temperature

4.

Which scenario best shows how an earthquake hazard can lead to secondary disasters?

a)

Ground shaking damages roads

b)

Liquefaction tilts buildings

c)

Broken gas lines cause fires after shaking

d)

Fault movement creates cracks

5.

Why are mountainous communities more vulnerable to landslides during earthquakes?

a)

They experience stronger aftershocks

b)

Slopes become unstable during shaking

c)

Buildings are taller

d)

Weather conditions suddenly change

6.

How can strong ground shaking affect emergency response after an earthquake?

a)

It improves communication systems

b)

It blocks evacuation routes and delays rescue

c)

It stabilizes damaged structures

d)

It reduces population exposure

7.

A coastal town experiences an undersea earthquake. Which impact is most likely if residents are unprepared?

a)

Soil erosion

b)

Tsunami-related flooding

c)

Ground rupture inland

d)

Landslide on flat land

8.

Why do densely populated urban areas suffer greater damage during earthquakes?

a)

They are farther from fault lines

b)

Buildings are always weak

c)

More people and structures are exposed to hazards

d)

Earthquakes are stronger in cities

9.

Which measure best reduces community vulnerability to earthquake hazards?

a)

Constructing buildings without regulations

b)

Settling near active faults

c)

Implementing earthquake-resistant building codes

d)

Ignoring hazard assessments

10.

If a community understands its local earthquake hazards, what is the most likely outcome?

a)

Increased exposure to risks

b)

Improved disaster preparedness and response

c)

More frequent earthquakes

d)

Higher ground movement