Relative Age

Labelling

Label the rock layers according the the Laws:

Oldest = 1

Drag labels to their correct position on the image

Youngest

4

3

2

Oldest

1

Labelling

Label the Image with the correct relative age of deposition: Oldest = 1

Drag labels to their correct position on the image

5

1

2

3

4

Labelling

Label the Image with the correct relative age of deposition: Oldest = 1

Drag labels to their correct position on the image

4

3

2

1

5

Labelling

Label the layers or geologic events from the oldest to the youngest. 

Use your ESRT page #7 to find the name of the rock layers. 

Drag labels to their correct position on the image

2

Siltstone

1

4

Shale

Sandstone

Limestone

3

Labelling

Label the layers or geologic events from the oldest to the youngest. 

Use your ESRT page #7 to find the name of the rock layers. 

Drag labels to their correct position on the image

Shale

Conglomerate

Intrusion - Cuts the layers

Limestone

Sandstone

2

5 - Intrusion

4

1

3

Labelling

Label the layers or geologic events from the oldest to the youngest. 

Use your ESRT page #7 to find the name of the rock layers. 

Drag labels to their correct position on the image

Limestone

5

Shale

3

Conglomerate

Siltstone

6 - Fault(cuts all layers)

1

2

4

Labelling

Label the layers or geologic events from the oldest to the youngest. 

Use your ESRT page #7 to find the name of the rock layers. 

Drag labels to their correct position on the image

6 Intrusion(cuts through the fault)

Sandstone

limestone

5 - Fault(cuts the layers)

2

3

Shale

Conglomerate

1

4

Labelling

Checkpoint: Determine the sequence of events in Earth’s history at different locations, based on the rock layers you observe:

For each location, order the geologic events that happened from oldest to youngest.  

Provide the piece of evidence that supports your order.

Drag labels to their correct position on the image

Layer B deposited

Superposition

Layer A deposited

Fault

Superposition=on bottom

Superposition=on top

Cross-Cutting=cuts all layers

Layer C deposited

Labelling

Checkpoint: Determine the sequence of events in Earth’s history at different locations, based on the rock layers you observe:

For each location, order the geologic events that happened from oldest to youngest.  

Provide the piece of evidence that supports your order.

Drag labels to their correct position on the image

Layer C deposited

Superposition=on top

Layer A deposited

Layer B deposited

Superposition=on bottom

Superposition

Cross-Cutting=cuts all layers

Intrusion

Labelling

Put the labels in the correct positions:

Drag labels to their correct position on the image

Deposition of sediments

Faulting

Folding

Labelling

Put the labels in the correct location

Drag labels to their correct position on the image

Horizontal Layers

Folded Layers

Labelling

Using the diagrams below, place the geologic events in order from oldest to youngest. 

Drag labels to their correct position on the image

D + H

E

B

F

X-Y

G

C

Weathering

A

Labelling

Drag labels to their correct position on the image

E-Intrustion

C

B

X-X'

A

F

Tilting

D

Open Ended

Use the diagram below to answer the following question. 

Other than the fact that shale is on top of the granite intrusion, provide a piece of evidence that explains how we know that the layer of shale formed after the granite intrusion. 

Labelling

Indicate the relative ages of geologic features B, E, F, and X, by listing the letters from oldest to most recent.

Drag labels to their correct position on the image

E

X

B

F

Dropdown

Base your answer on the geologic cross section below. The rock layers have not been overturned. Point A is located in the zone of contact metamorphism



Which geologic event is the youngest: the basalt intrusion or the fault line?

​

Select answer

Open Ended

How can we justify the fact that breccia is NOT the youngest feature?

Fill in the Blanks

Multiple Choice

The cross section below represents the bedrock structure of a section of Earth's crust. Letters A through H represent rock units. Line XY represents a fault. The rock layers have not been overturned.

When did faulting along line XY occur?

• after the intrusion of rock unit A

• after the deposition of rock units B, C, and D

• after the formation of rock units E and F

• before the formation of rock units G and H

Dropdown

Which rock is the youngest? ​

Select answer

Fill in the Blanks

Multiple Choice

The cross section below represents the bedrock structure of a section of Earth's crust. Letters A through H represent rock units. Line XY represents a fault. The rock layers have not been overturned.

When did faulting along line XY occur?

• after the intrusion of rock unit A

• after the deposition of rock units B, C, and D

• after the formation of rock units E and F

• before the formation of rock units G and H

Multiple Choice

The cross section represents rock units that have not been overturned. Lines CC' and GG' represent unconformities. The geologic ages of some of the lettered rock units are shown below the cross section

• A

• F

• L

• M

Multiple Choice

Why is there no contact metamorphism indicated between rock unit L and rock unit F?

• Conglomerate does not metamorphose.

• The intrusion was not hot enough to metamorphose rock unit F.

• The contact metamorphism within rock unit F eroded away.

• Rock unit F was deposited after the intrusion of rock unit L.

Multiple Choice

Which inference about rock units D, E, and H can best be supported by evidence in the cross section?

• They contain mostly sand-sized sediment.

• They contain both land and marine fossils.

• They were altered by contact metamorphism.

• They were deposited as horizontal layers and were later tilted.