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Summative test in Science-7 Q4

Total questions: 40

Worksheet time: 20mins

Name
Class
Date
1.

Which type of fault is most likely to occur in the Philippines due to its tectonic setting?

a)

Normal fault

b)

Reverse fault

c)

Strike-slip fault

d)

Transform fault

2.

How does the movement along a strike-slip fault differ from that of a reverse fault?

a)

Vertical movement

b)

Horizontal movement

c)

Rotational movement

d)

No movement

3.

Which of the following methods can be used to locate the nearest fault system to a community?

a)

Using a compass

b)

PHIVOLCS FaultFinder

c)

Earthquake seismograph

d)

Barometer

4.

What is the primary reason why earthquakes occur along fault lines?

a)

Erosion

b)

Human activity

c)

Tectonic plate movement

d)

Atmospheric pressure

5.

The point on the Earth's surface directly above an earthquake's focus is called the:

a)

Hypocenter

b)

Magnitude

c)

Epicenter

d)

Intensity

6.

Which of the following best explains why the Philippines experiences frequent earthquakes?

a)

It is located in the Polar region

b)

It is near the equator

c)

It is part of the Pacific Ring of Fire

d)

It is a desert region

7.

How can underwater earthquakes lead to tsunamis?

a)

By causing volcanic eruptions

b)

By displacing large volumes of water

c)

By increasing sea temperature

d)

By dissolving land

8.

What scale is used to measure the magnitude of an earthquake?

a)

Richter scale

b)

Celsius scale

c)

Beaufort scale

d)

Kelvin scale

9.

How does the intensity of an earthquake differ from its magnitude?

a)

Intensity measures energy released; magnitude measures damage

b)

Intensity measures damage; magnitude measures energy released

c)

Intensity measures duration; magnitude measures speed

d)

Intensity measures location; magnitude measures distance

10.

What is the primary function of a seismograph?

a)

To predict weather changes

b)

To measure atmospheric pressure

c)

To record earthquake waves

d)

To track volcanic activity

11.

Which agency is responsible for monitoring volcanic and seismic activities in the Philippines?

a)

PAGASA

b)

PHIVOLCS

c)

DENR

d)

NDRRMC

12.

During an earthquake, what is the safest action to take if you are indoors?

a)

Run outside immediately

b)

Stand under a doorway

c)

Drop, cover, and hold on

d)

Hide in a closet

13.

How can communities reduce the risk of earthquake damage to buildings?

a)

By using lightweight materials

b)

By constructing buildings on fault lines

c)

By implementing strict building codes

d)

By increasing building height

14.

What is one of the major effects of tsunamis on coastal communities?

a)

Increase in marine biodiversity

b)

Reduction in sea level

c)

Destruction of infrastructure

d)

Creation of new landforms

15.

Which procedure is not usually part of local disaster readiness plans for earthquakes?

a)

Regular earthquake drills

b)

Construction of underground bunkers

c)

Evacuation routes

d)

Emergency supply kits

16.

What type of energy interaction occurs when the Sun's energy reaches the Earth's atmosphere?

a)

Chemical reaction

b)

Nuclear fusion

c)

Solar radiation

d)

Geothermal exchange

17.

How can individuals assess the risk of earthquakes to their community?

a)

By consulting local folklore

b)

By using historical earthquake data

c)

By monitoring atmospheric conditions

d)

By measuring soil acidity

18.

Which is an example of a structural adaptation to minimize earthquake impact?

a)

Painting buildings white

b)

Installing solar panels

c)

Using shock absorbers in foundations

d)

Building on sandy soil

19.

What is the main reason authorities alert communities about pending tsunamis?

a)

To conduct environmental research

b)

To prevent panic

c)

To allow for timely evacuation

d)

To increase tourism

20.

Which of the following best describes a tsunami?

a)

A tidal wave

b)

A series of sea waves caused by underwater disturbances

c)

A large storm surge

d)

A heat wave

21.

Which of the following is not a consequence of an earthquake?

a)

Ground shaking

b)

Volcanic eruption

c)

Tsunami

d)

Landslide

22.

Why is it important for schools to conduct earthquake drills regularly?

a)

To improve student attendance

b)

To keep students physically fit

c)

To ensure students know how to respond during an actual earthquake

d)

To reduce stress levels in students

23.

What kind of fault movement is responsible for most earthquakes in the Philippines?

a)

Lateral slip

b)

Vertical slip

c)

Diagonal slip

d)

Rotational slip

24.

How do authorities typically alert communities of an impending tsunami?

a)

By sending text alerts

b)

By sounding sirens

c)

By using social media

d)

By broadcasting on radio

25.

How do authorities typically alert communities of an impending tsunami?

a)

By sending text alerts

b)

By using social media

c)

By sounding sirens

d)

All of the above

26.

Which factor does not directly influence the effects of an earthquake on communities?

a)

Magnitude of the earthquake

b)

Distance from the epicenter

c)

Wealth of the community

d)

Building quality

27.

What is the role of PHIVOLCS in the context of earthquakes and tsunamis?

a)

To provide weather forecasts

b)

To monitor and study volcanic and seismic activities

c)

To regulate fishing activities

d)

To develop new technology

28.

How is earthquake magnitude different from its intensity?

a)

Magnitude measures the size of seismic waves; intensity measures energy release

b)

Magnitude measures energy release; intensity measures the size of seismic waves

c)

Magnitude is constant; intensity varies with location

d)

Magnitude varies with location; intensity is constant

29.

What is the most important factor in designing buildings to withstand earthquakes?

a)

Cost of materials

b)

Height of the building

c)

Seismic design and construction quality

d)

Color of the building

30.

Which of the following statements about tsunamis is true?

a)

They only occur in the Pacific Ocean

b)

They can travel across entire ocean basins

c)

They are caused by wind

d)

They are predictable

31.

Why is it important to have emergency supply kits during natural disasters?

a)

To provide entertainment

b)

To ensure basic needs are met when access to resources is limited

c)

To increase home value

d)

To impress neighbors

32.

What is the primary cause of tsunamis?

a)

Heavy rainfall

b)

Underwater volcanic eruptions

c)

Underwater earthquakes

d)

Hurricanes

33.

Which of the following is a non-structural mitigation measure for earthquakes?

a)

Retrofitting buildings

b)

Securing heavy furniture

c)

Strengthening infrastructure

d)

Installing seismic sensors

34.

How do local disaster readiness plans help communities prepare for earthquakes?

a)

By predicting the exact time of earthquakes

b)

By providing guidelines for response and recovery

c)

By preventing earthquakes

d)

By reducing insurance costs

35.

What happens to sea level when a tsunami approaches the shore?

a)

It rises significantly

b)

It drops sharply and then rises

c)

It remains unchanged

d)

It gradually decreases

36.

In which of the following scenarios would a tsunami alert be issued?

a)

After a major earthquake near the coast

b)

During a heavy rainstorm

c)

When a volcano erupts inland

d)

After a small tremor in the desert

37.

What is the safest action to take if you are at the beach and a tsunami alert is issued?

a)

Swim towards the wave

b)

Stay on the beach to observe

c)

Move to higher ground immediately

d)

Seek shelter in a boat

38.

What is liquefaction and how does it affect buildings during an earthquake?

a)

Solid ground turns into a liquid-like state, causing buildings to sink or tilt

b)

Solid ground becomes harder, supporting buildings better

c)

Groundwater rises to the surface, flooding buildings

d)

Buildings are unaffected by liquefaction

39.

What is one way to mitigate the impact of tsunamis on coastal communities?

a)

Building seawalls

b)

Planting more trees inland

c)

Increasing beach tourism

d)

Reducing carbon emissions

40.

Which of the following best explains why structural and non-structural mitigation measures are important for earthquake-prone areas?

a)

They make buildings more attractive

b)

They ensure the safety and resilience of communities

c)

They reduce the cost of construction

d)

They facilitate faster construction