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Relative Dating and Fossils (Brain Pop)

Total questions: 20

Worksheet time: 10mins

Name
Class
Date
1.

Strata are mostly found:

a)

Underground

b)

On Earth's surface

c)

In oceans

d)

In the atmosphere

2.

According to the principle of superposition, younger strata form _____ older strata.

a)

Below

b)

Above

c)

Next to

d)

Around

3.

Based on the thin layer of sediment on his flooded farm, James Hutton concluded that strata:

a)

Are made of large rocks

b)

Settle in vertical layers

c)

Are formed by catastrophes like floods and earthquakes

d)

Take many thousands of years to form

4.

William Smith connected strata in different locations by recognizing similar patterns of:

a)

Coal deposits

b)

Mine shafts

c)

Fossils

d)

Canals

5.

The colors on a geologic map often indicate the _____ of rock layers.

a)

Depths

b)

Heights

c)

Ages

d)

Temperatures

6.

Which idea associated with relative dating helped inspire Charles Darwin's work on evolution?

a)

Earth is extremely ancient

b)

Water and wind move sediments

c)

Older rock layers are farther from the surface

d)

Strata can be folded and tilted over time

7.

Relative dating can be used to do all of the following, except:

a)

Compare the ages of rock layers based on depth

b)

Correlate rock layers in different places

c)

Establish a timeline of events in Earth's history

d)

Determine age in terms of years

8.

Radiometric dating of rocks is used to determine:

a)

Relative age

b)

Absolute age

c)

Location

d)

Fossil content

9.

Scientists currently estimate that Earth is approximately ____ years old.

a)

6,000

b)

96 million

c)

200 million

d)

4.5 billion

10.

What is most likely true of all the strata from the Jurassic Period?

a)

They contain rocks from the Jura Mountains

b)

They are more than one billion years old

c)

They contain similar fossils

d)

They do not contain sedimentary rock

11.

Which of the following is an example of a body fossil?

a)

A perfect mold of a dinosaur bone

b)

A carbon print left by a leaf

c)

The skull of a mammoth that fell into a tar pit

d)

A dinosaur footprint

12.

Which of the following is an example of a trace fossil?

a)

A skeleton preserved in a tar pit

b)

A footprint of an extinct animal

c)

A mummy buried in ice

d)

An insect preserved in amber

13.

Which of the following terms best describes body fossils?

a)

Rare

b)

Widespread

c)

Made of stone

d)

Mummified

14.

Why are deserts, tar pits, and ice good places to find body fossils?

a)

Most ancient organisms lived in these environments

b)

Bacteria and other decomposers cannot thrive in these environments

c)

Many ancient organisms traveled to these places to die

d)

The largest ancient organisms lived in these environments

15.

In order to form a fossil, an organism must usually ______ quickly after it dies

a)

Decompose

b)

Go extinct

c)

Rot

d)

Be buried

16.

What can you conclude from the fact that so many fossils involve shells, skeletons, and teeth?

a)

Most organisms on earth have shells, skeletons, or teeth.

b)

Bacteria and decomposers consume these parts first after an animal dies.

c)

These parts decay slower than other body parts.

d)

These parts are more likely to be buried in ice than other body parts.

17.

Although a cast fossil looks like an original bone or shell, how is it different?

a)

It's made of rock.

b)

It contains skin, hair, and other remnants.

c)

It has been liquefied.

d)

It is completely colorless.

18.

A mold fossil is most similar to:

a)

An eggshell with no egg inside

b)

A replica of your teeth made at the dentist's office.

c)

A bone your dog buries in your backyard.

d)

An insect trapped in tree sap

19.

What can you infer from the fact that fossil fuels are carbon-based?

a)

Over time, flesh turns into carbon

b)

Most life on earth is made from carbon

c)

Trees are made from carbon, but animals are not

d)

Swampy environments are carbon-poor environments

20.

What two forces can turn fossils into fossil fuels?

a)

Lift and thrust

b)

Wind and rain

c)

Temperature and pressure

d)

Motion and time