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Nassar 8 Rock

Total questions: 28

Worksheet time: 15mins

Name
Class
Date
1.

Order the following from smallest to largest.

a)

rock

Atoms

mineral

molecules

b)

Atoms

molecules

mineral

rock

c)

mineral

molecules

Atoms

rock

2.

Identify the three main types of rock.

a)

Granite, basalt and limestone

b)

Sedimentary, igneous and metamorphic

c)

Intrusive, extrusive and metamorphic

d)

Limestone, slate and marble

3.

Select the option that best completes the following sentence.

Rocks are classified into three main types depending on:

a)

where they are found

b)

how old they are

c)

how they were formed

d)

their colour

4.

Determine the difference between magma and lava.

a)

Magma is molten, lava is solid rock

b)

Magma cools to form igneous rock, lava cools to form sedimentary rock

c)

Magma is on the surface, lava is underground

d)

Magma is underground, lava is on the surface

5.

When magma reaches the surface during a volcanic eruption, it is called lava.

T or F

a)

T

b)

F

6.

Recall which of the following processes form igneous rocks.

a)

(1) The slow cooling of molten rock deep below the Earth's surface

b)

(2) The fast cooling of molten rock following a volcanic eruption

c)

(3) The heating and compression of rocks deep below the surface

d)

(4) The cementing together and compaction of sediment

e)

(1) and (2)

7.

Fast cooling on the Earth's surface after an eruption forms igneous rocks with small crystals.

a)

T

b)

F

8.

These influences slowly break down the rock in which ways:


a)

weathering

b)

erosion

c)

both

9.

is the breakdown of rock while it remains in the same place

a)

weathering

b)

erosion

10.

is the wearing away and removal of rock

a)

weathering

b)

erosion

11.

weathering and erosion break rocks down into small pieces or particles, known as

(a)  

12.

Recall the difference between weathering and erosion.

a)

Weathering removes rocks from an area and erosion breaks down rocks in the same place

b)

Weathering breaks rocks down, erosion puts the pieces back together

c)

Weathering occurs deep underground, erosion occurs on the surface

d)

Weathering doesn't involve the movement of rock particles, erosion does

13.

erosion is the breakdown of rock while it remains in place, while Weathering involves the removal of rock.

a)

T

b)

F

14.

Identify which of the following are types of sediment.

a)

Mud on the bottom of a lake

b)

Pebbles on a beach

c)

all above

d)

Sand in a desert

15.

What two processes slowly change the loose sediment into rock?

(a)  

16.

Compaction is

a)

the gluing together of sediment by new mineral crystals. These crystals grow in the spaces between the grains.

b)

the squeezing of sediment by the weight of overlying layers.

17.

Cementation is

a)

the gluing together of sediment by new mineral crystals. These crystals grow in the spaces between the grains.

b)

the squeezing of sediment by the weight of overlying layers.

18.

Sedimentary rocks can also form from the remains of living things.

For example, limestone forms from shells and corals that collect on the ocean floor and are buried by sediments. Coal is a type of rock that forms in a similar way from the remains of dead plants.

a)

T

b)

F

19.

Identify which of the following processes form sedimentary rocks.

a)

(1) The burial of the remains of marine organisms

b)

(2) The heating and compression of rocks deep below the surface

c)

(3) The cooling of molten rock following a volcanic eruption

d)

(4) The burial of mud, sand and pebbles produced when exposed rocks are broken down

e)

(1) and (4)

20.

Imagine a mining company discovers a large quantity of coal buried underground.

Infer what that area might once have been.

a)

A forest

b)

A desert

c)

A volcano

d)

An ice sheet

21.

Deep beneath the surface, rocks experience high temperatures and pressures.

a)

Igneous rocks

b)

metamorphic rock.

c)

sedimentary rock.

22.

Deep below the Earth's surface, temperatures are high enough for rock to melt.

a)

Igneous rocks

b)

Sedimentary rocks

c)

Metamorphic rocks

23.

Rocks at the surface are exposed to heating, cooling, wind, rain, flowing water, chemical reactions, plants and animals.

a)

Metamorphic rocks

b)

Sedimentary rocks

c)

Igneous rocks

24.

Recall which one of the following processes forms metamorphic rocks.

a)

The burial and heating of the remains of dead plants

b)

The slow cooling of magma deep below the surface

c)

The heating and compression of rocks deep below the surface

d)

The burial and compaction of sediment

25.

Identify the definition of a parent rock.

a)

A rock that breaks in half to form a new rock

b)

Any rock, before it changes under intense pressure and heat

c)

A rock that melts completely into magma and then cools

d)

A rock that gets exposed by weathering and erosion

26.

Identify which of the following types of rock can form metamorphic rocks.

a)

Sedimentary rocks

b)

Igneous rocks

c)

Other metamorphic rocks

d)

all above

27.

Determine which of the following can change during the formation of metamorphic rocks.

a)

Crystal size

b)

Crystal shape

c)

The strength of the rock

d)

Types of minerals

e)

all above

28.

The ancient Greek marble statue of Aphrodite of Milos is over 2000 years old. 

Determine why the artists selected marble instead of its parent rock, limestone.

a)

Marble doesn't have crystals

b)

Limestone is made from coral and shell material

c)

Marble is harder and stronger than limestone