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7th Grade Science Final Exam Review

Total questions: 57

Worksheet time: 57mins

Name
Class
Date
1.

What happens at a divergent boundary?

a)

plates collide

b)

plates slide past each other

c)

plates melt

d)

plates move away from each other

2.

The most common type of volcano and the most well-known are:

a)

composite/strato volcanoes

b)

shield volcanoes

c)

cinder cone volcanoes

3.

These are areas where magma melts through crust - Hawaii sits over one.

a)

divergent boundary

b)

convergent boundary

c)

mid-ocean ridge

d)

hot spot

4.

Crust is destroyed where 2 plates collide and one sinks under another at_____

a)

divergent boundaries

b)

convergent boundaries

c)

mid-ocean ridges

d)

hot spots

5.

Volcanoes here have nothing to do with plates interacting and are found in the middle of oceans or even continents.

a)

divergent boundaries

b)

convergent boundaries

c)

mid-ocean ridges

d)

hot spots

6.

When a volcano is going to erupt, magma comes to Earth's surface because it is _____ than surrounding rock.

a)

more dense

b)

less dense

c)

cooler

d)

harder

7.

The force of an eruption depends on_____.

a)

amount of gas in magma

b)

the temperature of the magma

c)

amount of silica in magma

d)

all of these

8.

Viscosity is a measure of how ____ something is.

a)

hot or cold

b)

quiet or explosive

c)

thick or thin

d)

none of these

9.

Some explosive eruptions are called _______, where ash, cinders and bombs are erupted along with gases from a volcano.

a)

magmatic

b)

pyroclastic flows

c)

lava explosions

d)

none of these

10.

What happens when 2 blocks of Earth suddenly move past each other?

a)

an earthquake

b)

a volcano

c)

a tsunami

d)

a hurricane

11.

This is a measure of the energy released during an earthquake:

a)

mass

b)

magnitude

c)

seismosity

d)

intensity

12.

____ waves can pass through all layers of Earth (solid & liquid)

a)

primary

b)

Love

c)

secondary

d)

Rayleigh

13.

All of the following are types of faults EXCEPT ______

a)

hanging

b)

normal

c)

reverse

d)

strike-slip

14.

____ are the 2 types of BODY WAVES

a)

primary & secondary

b)

up & down

c)

Love & Rayleigh

d)

seisms & microseisms

15.

_____ are the 2 types of SURFACE WAVES.

a)

primary & secondary

b)

up & down

c)

Love & Rayleigh

d)

seisms & microseisms

16.

This states that Earth is the result of natural forces which are presently active and have continued over the course of geologic time.

a)

The Law of Superposition

b)

The Principle of Uniformitarianism

c)

Continental Drift

d)

Plate Tectonics

17.

Scientists believe EARTH along with the rest of our solar system was formed about ________

a)

4000 years ago

b)

100,000 years ago

c)

13 billion years ago

d)

4.6 billion years ago

18.

The division of Earth's history into time units like a timeline is known as_______

a)

The Timeline of Earth

b)

The History if the World

c)

The Geologic Time Scale

d)

The Fossil Timeline

19.

The name of the era we are living in now is______

a)

Paleozoic Era

b)

Cenozoic Era

c)

Precambrian Time

d)

Mesozoic Era

20.

When a mass extinction occurs, which group is most often affected?

a)

the smallest animals

b)

ocean animals

c)

the dominant species

d)

dinosaurs

21.

Humans' ability to _______ is a way to protect us from mass extinction.

a)

live on more than one continent at the same time

b)

be omnivores

c)

control fire

d)

use tools

22.

Earth can sustain fire because of 2 things ________.

a)

grass & trees

b)

hydrogen and oxygen

c)

our atmosphere & water

d)

our atmosphere & a fuel supply (plants)

23.

The last thing that humans developed to make them into what we are today is _______.

a)

fire

b)

tools

c)

language

d)

symbolic thought (ex: cave paintings)

24.

The Big Bang created our universe about ________

a)

10 years ago

b)

4,000 years ago

c)

13.7 billion years ago

d)

4.6 billion years ago

25.

Weather is _______

a)

the temperature outside

b)

the average weather of the world

c)

the state of the atmosphere at a given time and place

d)

the amount of sun in the sky

26.

Climate is ______

a)

the temperature outside

b)

the average weather in a particular part of the world

c)

the hours of daylight a place recieves

27.

All of the following determine weather EXCEPT ______

a)

temperature

b)

wind

c)

air pressure

d)

amount of rainfall during the YEAR

28.

A elevation INCREASES, air pressure ______

a)

increases

b)

stays the same

c)

decreases

d)

increases then decreases

29.

Warm air rises because _______

a)

it's molecules are spread apart, so it's dense

b)

it's molecules are spread apart, so it's lighter (less dense)

c)

it' molecules are close together, so it's dense

d)

none of these

30.

Warm air has ____ pressure when compared to cold air.

a)

no

b)

higher

c)

lower

d)

the same

31.

Where can carbon be found?

a)

in the atmosphere

b)

in fossil fuels

c)

in plants and trees

d)

all of these

32.

How is the carbon cycle similar to the water cycle?

a)

both involve liquids

b)

neither process works at low temperatures

c)

both involve the transfer of substances between animals, plants, the atmosphere and Earth

d)

both involve the transfer of substances between Earth and space

33.

How do animals add carbon dioxide to the atmosphere?

a)

through respiration (breathing)

b)

through evaporation

c)

through cells

d)

through transpiration

34.

What are the 2 main processes involved in the carbon cycle?

a)

transpiration & precipitation

b)

respiration & photosynthesis

c)

evaporation & respiration

d)

transpiration & photosynthesis

35.

Which of these historic events led to a major imbalance in the carbon cycle?

a)

The Civil War

b)

The American Revolution

c)

The Industrial Revolution

d)

The French Revolution

36.

How do carbon emissions lead to global warming?

a)

by trapping the sun's heat

b)

by causing volcanic eruptions

c)

by catching fire

d)

by increasing the amount of carbon in Earth's crust

37.

Something that stores more carbon than it releases is called a carbon _______

a)

container

b)

sink

c)

storage

d)

none of these

38.

This provides energy for the carbon & water cycle.

a)

oceans

b)

people

c)

the Sun

d)

Earth

39.

The Big Bang created ALL of the energy we will ever have. This is important and is an example of the concept that_______

a)

energy can only be made in space

b)

energy can’t be created or destroyed

c)

we can make more energy with a simulated Big Bang

d)

we are destroying too much energy too quickly

40.

Our moon is important to Earth because:

a)

it prevents climate swings

b)

it tilted our axis giving us seasons

c)

it slowed Earth to a 24 hr day

d)

All of the above

41.

The history of Earth can be found in its

a)

minerals

b)

rock layers

c)

soil

d)

particles

42.

The yearly orbit of Earth around the Sun is called it's

a)

rotation

b)

tilt

c)

revolution

d)

ellipse

43.

Summer occurs in the hemisphere that is ______ the Sun

a)

tilted away from

b)

tilted toward

c)

turned to

d)

turned away from

44.

A day, 24 hours is caused by the _____ of Earth on it's axis.

a)

rotation

b)

tilt

c)

revolution

d)

ellipse

45.

In the Northern Hemisphere, the _____ occurs on June 21/22

a)

spring equinox

b)

fall equinox

c)

summer solstice

d)

winter solstice

46.

The imaginary line around which Earth spins is called its____

a)

axis

b)

equator

c)

prime meridian

d)

International Date Line

47.

Scientists believe our solar system formed ____ years ago

a)

13

b)

100,000

c)

4.6 billion

d)

10 million

48.

The gravitational pull of the ____ is in part responsible for tides on Earth

a)

moon

b)

Jupiter

c)

Earth

d)

Sun

49.

Point A is showing ______ for the northern hemisphere.

a)

winter solstice

b)

summer solstice

c)

fall equinox

d)

spring equinox

50.

Point C is showing ____ for the northern hemisphere.

a)

winter solstice

b)

summer solstice

c)

fall equinox

d)

spring equinox

51.

Point D is showing ____ for the northern hemisphere.

a)

winter solstice

b)

summer solstice

c)

fall equinox

d)

spring equinox

52.

Hours of day and night are equal all over the world during an _____

a)

solstice

b)

eclipse

c)

equinox

d)

daylight savings time

53.

After a new moon, the phases of the moon are said to be ___ or getting bigger

a)

eclipsing

b)

rotating

c)

waxing

d)

waning

54.

It takes Earth about ____ days to revolve around the Sun.

a)

29.5

b)

27.3

c)

365

d)

365 1/4

55.

It takes the moon about ____ days to complete its cycle of phases.

a)

29.5

b)

27.3

c)

365

d)

365 1/4

56.

A ____ occurs when the Sun reaches its greatest distance north or south of the equator.

a)

waning

b)

waxing

c)

equinox

d)

solstice

57.

During the -_____ phases of the moon, we see less of the lit part of the moon.

a)

solstice

b)

equinox

c)

waxing

d)

waning