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8th Grade STAAR Review: Category 3- Earth and Space (part II)

Total questions: 65

Worksheet time: 53mins

Name
Class
Date
1.

Theorized supercontinent that existed 200-300 million years ago.

a)

Pangaea

b)

Convection Currrent

c)

Mid-Ocean Ridge

d)

Divergent

2.

Cycle of heating, rising, cooling and sinking that causes the plates to move.

a)

Pangaea

b)

Convection Currrent

c)

Mid-Ocean Ridge

d)

Divergent

3.

System of underwater mountain ranges that stretch along the center of the ocean floor at divergent boundaries.

a)

Pangaea

b)

Convection Currrent

c)

Mid-Ocean Ridge

d)

Divergent

4.

Hypothesis that stated the continents have moved slowly to their current location by drifting on top of the liquid core.

a)

Continental Drift Hypothesis

b)

Theory of Plate Tectonics

c)

Pangaea

d)

Divergent

5.

Theory that Earth's crust and part of the upper mantle are broken into sections called plates that move on a plastic-like layer of the mantle.

a)

Continental Drift Hypothesis

b)

Theory of Plate Tectonics

c)

Pangaea

d)

Divergent

6.

Boundary created when 2 plates pull away from each causing rifts, mid-ocean ridge and new crust to form.

a)

Transform

b)

Convergent

c)

Subduction

d)

Divergent

7.

Boundary formed when 2 plates slide past each other causing a fault.

a)

Transform

b)

Convergent

c)

Subduction

d)

Divergent

8.

Boundary formed when 2 plates come together and form continental mountains.

a)

Transform

b)

Convergent

c)

Subduction

d)

Divergent

9.

A convergent boundary where one plate slides below the other causing trenches, island arcs and volcanic islands.

a)

Transform

b)

Convergent

c)

Subduction

d)

Divergent

10.

Select the 4 pieces of evidence to support Pangaea and Plate Tectonics Theory

a)

Puzzle-like fit of Africa and South America

b)

Rock Clues

c)

Climate Clues

d)

Fossil Evidence

e)

Actual video footage of Pangaea

11.

Continental plates move apart from each other.


Effect:

a)

Great Rift Valley in Africa formed

b)

Volcanoes form along the edge of plate boundaries such as the Ring of Fire

c)

Mountains form due to the uplift of crust

d)

Faults like San Andreas form. Many earthquakes occur along these faults.

12.

Two plates collide and 1 is pulled underneath the other. The plate that is pulled under melts creating magma that rises.


Effect:

a)

Great Rift Valley in Africa formed

b)

Volcanoes form along the edge of plate boundaries such as the Ring of Fire

c)

Mountains form due to the uplift of crust

d)

Faults like San Andreas form. Many earthquakes occur along these faults.

13.

Two plates collide and one is pushed upward


Effect:

a)

Great Rift Valley in Africa formed

b)

Volcanoes form along the edge of plate boundaries such as the Ring of Fire

c)

Mountains form due to the uplift of crust

d)

Faults like San Andreas form. Many earthquakes occur along these faults.

14.

Plates slip past one another.


Effect:

a)

Great Rift Valley in Africa formed

b)

Volcanoes form along the edge of plate boundaries such as the Ring of Fire

c)

Mountains form due to the uplift of crust

d)

Faults like San Andreas form. Many earthquakes occur along these faults.

15.

Ocean plates move apart from each other.


Effect:

a)

New crust is formed at places called mid-ocean ridges. The Atlantic Ocean is enlarging at a rate of 2 cm per year.

b)

Volcanoes form along the edge of plate boundaries such as the Ring of Fire

c)

Mountains form due to the uplift of crust

d)

Faults like San Andreas form. Many earthquakes occur along these faults.

16.
a)

Convergent

b)

Divergent

c)

Transform

17.
a)

Convergent

b)

Divergent

c)

Transform

18.
a)

Convergent

b)

Divergent

c)

Transform

19.

What type of plate boundary is between the African and South American Plate? What type of crustal feature would be formed here?

a)

Divergent: Mid-Ocean Ridge

b)

Convergent: Ring of Fire Volcanoes

c)

Transform: Fault

20.

What type of plate boundary is between the Pacific Plate and Indian Plate? What type of crustal feature would be formed here?

a)

Divergent: Mid-Ocean Ridge

b)

Convergent: Ring of Fire Volcanoes

c)

Transform: Fault

21.

What type of plate boundary is between the North American and Pacific Plate? What type of crustal feature would be formed here?

a)

Divergent: Mid-Ocean Ridge

b)

Convergent: Ring of Fire Volcanoes

c)

Transform: Fault

22.

What is the contour interval of the above map?

a)

100

b)

200

c)

60

d)

800

23.

Which direction does the river flow (use a specific direction)?

a)

Northwest

b)

Southeast

c)

North

d)

Southwest

24.

Which side of the hill has the steepest slopes (use a specific direction)?

a)

North

b)

East

c)

West

d)

South

25.

How do you know which slope is steepest?

a)

Contour lines are closest together

b)

Contour lines are father apart

26.

If the river flowed directly into the ocean, what would the elevation of that point be (where it meets the ocean; sea level!)

a)

0 m

b)

400 m

c)

860 m

d)

100 m

27.

Mrs. Asaff told Abram to “take a hike,” and he did! If Abram started at Point A, and hiked to the top of the hill, how much change in elevation was there?

a)

360 m

b)

400 m

c)

860 m

d)

100 m

28.

What is the elevation of a?

a)

400

b)

450

c)

500

d)

550

29.

What is the elevation of b?

a)

400

b)

450

c)

500

d)

550

30.

What is the elevation of c?

a)

400

b)

450

c)

500

d)

550

31.

What is the elevation of d?

a)

400

b)

450

c)

500

d)

550

32.

What is the elevation of e?

a)

600

b)

650

c)

500

d)

550

33.

What is the elevation of f?

a)

600

b)

650

c)

500

d)

450

34.

Which direction does the river flow (use a specific direction)?

a)

North

b)

East

c)

South

d)

West

35.

What is the lowest elevation of the map?

a)

100

b)

400

c)

50

d)

200

36.

What is the highest elevation of the map?

a)

601-649

b)

600

c)

650

d)

700

37.

Are there any depressions on the map? How do you know?

a)

Yes, F, because there are hatch marks

b)

No, because F is the highest point

38.

If a person hiked from point A (capital letter) to point C (capital letter), what would be the change in elevation of their hike?

a)

123m

b)

523m

c)

423m

d)

223m

39.

What is the elevation of A?

a)

400

b)

450

c)

500

d)

550

40.

What is the elevation of B?

a)

400

b)

450

c)

500

d)

550

41.

What is the elevation of C?

a)

400

b)

450

c)

523

d)

550

42.

What is the elevation of D?

a)

400

b)

450

c)

523

d)

601-649

43.

What is the elevation of E?

a)

400

b)

450

c)

523

d)

475

44.

What is the elevation of F?

a)

400

b)

449-401

c)

523

d)

475

45.

Heating, rising, cooling & sinking of air caused by the uneven heating of the Earth by the Sun (causes weather and winds).

a)

Convection Current

b)

High Pressure

c)

Low Pressure

d)

Wind

46.

Air pressure that is caused by air masses that are being cooled. The weather would be sunny and calm.

a)

Convection Current

b)

High Pressure

c)

Low Pressure

d)

Wind

47.

Air pressure that is caused by air masses that are being warmed. The air becomes lighter as is expands and rises causing cloudy and stormy weather.

a)

Convection Current

b)

High Pressure

c)

Low Pressure

d)

Wind

48.

Air moving in a specific direction which is caused by air moving from areas of high pressure to areas of low pressure (not the Earth’s Rotation!!!).

a)

Convection Current

b)

High Pressure

c)

Low Pressure

d)

Wind

49.

Large body of moving air that has properties similar to the part of Earth's surface over which is develops.

a)

Air Mass

b)

Surface Currents

c)

Front

d)

Cold Front

50.

Ocean currents that are driven by the wind which can set the ocean water in motion.

a)

Air Mass

b)

Surface Currents

c)

Front

d)

Cold Front

51.

A boundary between 2 air masses of different pressure, moisture and/or temperature that brings changes in weather.

a)

Air Mass

b)

Surface Currents

c)

Front

d)

Cold Front

52.

A front that is caused by cold air advancing toward warm air. They can bring severe weather such as thunderstorms or tornadoes.

a)

Air Mass

b)

Surface Currents

c)

Front

d)

Cold Front

53.

A front that is caused by lighter, warmer air advancing over heavier colder air. They can cause the temperature and humidity to increase.

a)

Warm Front

b)

Surface Currents

c)

Front

d)

Cold Front

54.

Ocean current that are more dense, have higher salinity composition and are colder than surface currents.

a)

Warm Front

b)

Surface Currents

c)

Deep Ocean Currents

d)

Cold Front

55.

Swirling vortex or large circular ocean currents.

a)

Warm Front

b)

Surface Currents

c)

Deep Ocean Currents

d)

Gyre

56.

How many high pressure systems are on the map?

a)

1

b)

2

c)

3

d)

4

57.

How many low pressure systems are on the map?

a)

1

b)

2

c)

3

d)

4

58.

What type of frontal system is Texas experiencing?

a)

cold front

b)

warm front

59.

What type of weather could a cold front cause?

a)

cooler temps; storms

b)

warm, fair weather

c)

hurricanes

d)

cold, calm weather

60.

What type of frontal system are Wisconsin and Michigan experiencing?

a)

warm front

b)

cold front

61.

What type of pressure system is over Oklahoma?

a)

Low pressure

b)

High pressure

62.

What type of weather is associated with a low pressure system?

a)

cloudy, stormy weather

b)

warm, fair weather

c)

hurricanes

d)

cold, calm weather

63.

What drives convection within the atmosphere and oceans, producing winds and ocean currents?

a)

Sun's uneven heating of earth

b)

Wind

c)

Earth's rotation

64.

If a city is located close to an ocean, what would you expect to happen with the precipitation in that city as compared to a city located further inland?

a)

more precipitation

b)

dry weather

65.

What do hurricanes need to maintain their energy (type of pressure & water)?

a)

warm water, low pressure

b)

cold water, high pressure