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September 7 th Hand in your Rock Cartoon if you didn’t finish it yesterday

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Page 1: Intro

September 7th Hand in your Rock Cartoon if you

didn’t finish it yesterday

Page 2: Intro

Check-In

Do you have the following completed:

1. Test 2. Cartoon3. Tier 3 4. Parent letter

Page 3: Intro

GRADES • Midterms go home Friday

• Remember that homework is graded out of 100

• Late work is accepted up until the test

• IT IS YOUR RESPONSIBILITY TO

TURN IN LATE WORK!

• Front bin=late work

Page 4: Intro

Test #1

Great Job!!!!!

Page 5: Intro

Test Answers4 points each

1. C2. b3. c4. a5. a6. a7. d8. B

9. d10. d11.B12.B13.B14.B15.A16.A

17.D18.B19.C20.A21.D22.C23.Various

answers

Page 6: Intro

Continued…..

24: Intrusive: coarse, Inside, Large Crystals, slow cooling, Granite (or others), MagmaExtrusive: Fine, outside, small crystals, fast cooling, obsidian, lava25. All did great!

Page 7: Intro

Paleontology

Page 8: Intro

1. Outline

□Your new best friend!!!!

□Use this throughout the quarter

Page 9: Intro

Table of Contents

□Unit #3: Unit title: Paleontology□Date: 9/7

□Section: Intro

□Title: Unit Outline

□Page: 1

Page 10: Intro

2. Fossil Project

□ Read it silently

□ Due at end of the unit

□ What questions do you have?

Page 11: Intro

Table of Contents

□ Date: 8/7

□Section: Projects

□Title: Fossil Project

□Page: 2

Page 12: Intro

3. Tiers

□ Look at the tiers □Pick your tiers □Highlight which tiers you are going to choose!

Page 13: Intro

Table of Contents

□ Date: 8/7

□Section: Projects

□Title: Tiers

□Page: 3

Page 14: Intro

Observation, Inference, and Conclusions, oh my!

What is an observation?

What is an inference?

What is a conclusion?

Page 15: Intro

Photograph Activity□Your group will be given a mystery

photograph. Your task is to try to figure out what it is.

□You will be given a list of questions to answer and a sheet to record your group’s ideas.

□You will have 5 minutes to come to a group conclusion about what your photograph is.

□Let the countdown begin!

Page 16: Intro

Photograph 1

Page 17: Intro

Photograph 2

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Photograph 3

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Photograph 4

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Photograph 5

Page 21: Intro

Photograph 6

Page 22: Intro

Scientist/Artifact Activity□Your group will receive a

description of scientists.□I will post photographs of dig

site fossils and artifacts.□Decide what role these

scientists might have at a dig site.

Page 23: Intro
Page 24: Intro

Homework

Tier 1

Page 25: Intro

Table of Contents

□Date: 8/7

□Section: Dating

□ Title: Geologic dating

□ Page: 3,4

Page 26: Intro

Paleontology

The study of past life

Page 27: Intro

1. Important Words!□Paleontologist –

scientist who studies fossils and plants from past life and other recontructed past ecosystems, study traces left behind by animals and piece together the conditions under which fossils were formed.

□Uniformitarianism – the idea that the same geologic processes shaping the Earth today have been at work throughout Earth’s history

Page 28: Intro

Rocks Record Earth History

2. Discovering Earth’s History

Rocks record geological events and changing life forms of the past.

We have learned that Earth is much older than anyone had previously imagined and that its surface and interior have been changed by the same geological processes that continue today.

Page 29: Intro

There are two main ways to determine how old a rock or fossil is:

3. How old is it??

Relative dating Absolute dating

Page 30: Intro

4. Relative vs. Absolute DatingI. Relative dating – determining

whether an object or event is older or younger than other objects or eventsA. Superposition

1. Older rocks are under newer rock

2. Can only determine relative time

Page 31: Intro

B. Geologic column is an ideal sequence of rock layers that contains all the known fossils and rock formations on Earth arranged from oldest to youngest.

Page 32: Intro

II. Absolute Dating – the process of establishing the age of an object by determining the number of years it has existed.

A. Radioactive decay – the process in which a radioactive isotope tends to break down into a stable isotope of the same element.