Unit 5 Review: Geologic Time & Evolution

Last updated about 3 years ago

14 questions

Untitled Section

Unit 5 Review: Geologic Time & Evolution

Last updated about 3 years ago

14 questions

Untitled Section

SLO 1 
Understand and describe geologic processes in the formation of rock strata to determine the age and type.

Draggable item		Corresponding Item

Draggable item		Corresponding Item

Describe this model of absolute dating. Need to review? Watch this video.

Uranium has a half life of 4.5 billion years. A scientist dated a rock sample to be 18 billion years old. How many half lives have passed?

SLO 2
Construct and use a model of the geologic timescale for Earth’s 4.6 billion year history.

SLO 3
Track major events in Earth’s History with evidence: fossil record, volcanic activity, atmospheric changes, asteroid impacts, etc.

SLO 4
Investigate the diversity of prehistoric ecosystems with patterns and abundance of fossils and other markers.

Draggable item		Corresponding Item

SLO 5
Use anatomical similarities and differences (in fossils and embryos) to infer evolutionary relationships among modern organism and between modern and fossil organisms

Discuss with your group member, the difference between homologous and analogous structure and write your thoughts below:

Use this link to complete the EMBRYO Card Sort in DESMOS. 

SLO 6
Used the fossil record to identify patterns of increasing complexity of anatomical structures over time

What adaptations did organisms that left the ecosystem of the ocean and moved to the land have to develop in order to be more successful in their new terrestrial ecosystem?

Based on the images of the eggs of amphibians and reptiles, what change in the complexity of the eggs allowed the reptiles to live solely on land? Why was this adaptation necessary?

Finished early? Try this Surviving Extinction Game.

Draggable item		Corresponding Item
Law of Cross-cutting		Stacked horizontal layers
fault		a rock is cut by another rock, then it is older than the rock which has cut it
intrusion		fractures in Earth's crust where rocks on either side of the crack have slid past each other
Law of Superposition		Enters from bottom and occupies some space of another layer

Draggable item		Corresponding Item
B		uncomformity
6 & 1		fault
A		intrusion
3		Law of superposition

Unit 5 Review: Geologic Time & Evolution

Unit 5 Review: Geologic Time & Evolution

Describe this model of absolute dating. Need to review? Watch this video.

Uranium has a half life of 4.5 billion years. A scientist dated a rock sample to be 18 billion years old. How many half lives have passed?

Discuss with your group member, the difference between homologous and analogous structure and write your thoughts below:

What adaptations did organisms that left the ecosystem of the ocean and moved to the land have to develop in order to be more successful in their new terrestrial ecosystem?

Based on the images of the eggs of amphibians and reptiles, what change in the complexity of the eggs allowed the reptiles to live solely on land? Why was this adaptation necessary?

Match the following terms. Need to review? Watch this video.

Label the following layers/geologic events.

Describe this model of absolute dating. Need to review? Watch this video.

Uranium has a half life of 4.5 billion years. A scientist dated a rock sample to be 18 billion years old. How many half lives have passed?

Take a Picture of the back of your foldable and insert it here.

Check in with a group member. What important event did they include in their timeline that you did not put in yours?

Use the index fossils in the image below to determine which rock layers in North America were formed at the same time as the corresponding layer in Europe.

Discuss with your group member, the difference between homologous and analogous structure and write your thoughts below:

Which embryos were easiest to match? Why?

Which embryos were most difficult to match? Why?

What adaptations did organisms that left the ecosystem of the ocean and moved to the land have to develop in order to be more successful in their new terrestrial ecosystem?

Based on the images of the eggs of amphibians and reptiles, what change in the complexity of the eggs allowed the reptiles to live solely on land? Why was this adaptation necessary?

Take a Picture of the back of your foldable and insert it here.

Check in with a group member. What important event did they include in their timeline that you did not put in yours?

What sea level would you expect for this low point on the graph: (Would sea level rise or fall?)

What sea level would you expect for this high point on the graph: (Would sea level rise or fall?)

Which embryos were easiest to match? Why?

Which embryos were most difficult to match? Why?