Earth 202 EARTH'S INTERIOR
Winter 2008
Instructor: Seth Stein
T.A.: Laura Swafford
Course Information:
Course Syllabus
202 Handout - print to use as notes in class
Plate Boundaries Map
This website is based on a list of the major
topics covered in class. For each topic, we give reading material from
texts, information about the class demonstrations and laboratory exercises,
and some of the supplementary resources available on the Internet. Try these out and tell us what
you think!
Class Topics (Click to go to topic):
- Size, mass, & density of the Earth
- Seismic waves
- Minerals
- Composition of the crust, mantle, and core
- Radiometric age dating
- Origin of the elements and formation of the solar system
- Meteorites, formation of the planets
- Thermal evolution of planets
- Continental drift and paleomagnetism
- Earthquakes and plate tectonics
- Plate boundaries and kinematics
- Lab exercises
- Problem sets
- Extra Credit
TOPIC 1: Size, mass, & density of the Earth
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TOPIC 2: Seismic waves
- Lecture notes:
- Probing the deep earth
- Two types of seismic waves
- Seismic wave speed
- Seismic waves at boundary
- Snell's law (I)
- Snell's law (II)
- Critical Angle
- Reflection and transmission coefficients
- Seismometers
- Refraction seismology and the crust (pdf file)
- Discovery of the earth's core (pdf file)
- Velocity structure of the earth (pdf file)
- Paths of seismic waves within the spherical earth
- P, S,PP, SS
- PcP, ScS, ScP, PcS
- PKP, SKS, SKKS, SKP, PKKP
- PKiKP, SKiKP, PKIKP
- Core shadow zone
- Travel time curves
- "Movies" of bodywaves propagating in the earth
-
Supplemental Reading:
Brown & Mussett
pp. 11-20, 27-32
- In class demonstrations:
-
Laboratory Exercise:
Snell's Law (PDF)
- Homework Problems:
- Exploring the concepts
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TOPIC 3: Minerals
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TOPIC 4: Composition of crust, mantle and core
Exploring the concepts
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TOPIC 5: Radiometric age dating
- Lecture notes:
-
Supplemental Reading:
Bolt
Chap. 7
-
In class demonstrations:
Geiger counter
-
Laboratory Exercise:
Simulating radioactive decay
- Homework Problems:
- Exploring the concepts:
The geological time scale
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TOPIC 6: Origin of the elements and formation of the solar system
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TOPIC 7: Meteorites, formation of the planets
- Lecture notes:
- Supplemental Readings:
- Wood pp. 157-180
- Brown & Mussett pp. 61-67,73,76-82,96-101
-
Laboratory Exercise:
Meteorites and Asteroids (PDF)
- Exploring the concepts
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TOPIC 8: Thermal evolution of planets
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TOPIC 9: Continental drift and paleomagnetism
- Lecture notes:
-
Supplemental Reading:
Uyeda Chaps. 1,2,3
- In class demonstrations:
- Homework Problems:
- Exploring the concepts
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TOPIC 10: Earthquakes and plate tectonics
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TOPIC 11: Plate boundaries and kinematics
Supplemental Reading: Uyeda Chaps. 4,5,6
In class demonstrations:
Homework Problems:
Laboratory Exercise:
Absolute plate motions
Exploring the concepts
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Laboratory Exercises
Attendance during the Lab period is mandatory to receive credit for the exercise. Exercises are due one week after the lab period. Make-ups are ONLY allowed by making advance arrangements through the Office of Studies. Late work will not be accepted.
Lab Exercises are subject to change without notice and may be updated the week of the lab exercise.
Problem Sets
Problem sets are due one week after being assigned. Make-ups are ONLY allowed by making advance arrangements through the Office of Studies. Late work will be penalized no less than 25%.
Extra Credit:
Extra Credit 1:
We are offering students the opportunity for extra credit points by reading
the book Rare Earth: Why Complex Life is Uncommon in the Universe by Peter
Ward and Donald Brownlee and turn in a write-up discussing the issues brought
up in the book. The write-up should be at least five pages long, not including
references or figures. This extra credit will be worth 12 points. It is due
the first day of finals week, but may be turned in at any time.
Extra Credit 2:
We are offering extra credit to examine the possibility of water on Mars. To
explore this idea further than the class time allows, students can write an
essay about evidence from the Mars rovers that supports liquid water once existed
on the surface of Mars. The write-up should be at least 5 pages no including
figures and references and is due on the first day of finals week. This extra
credit is worth 12 points.
Extra Credit 3:
Every Friday at 3 pm in Room 301 Locy Hall, the Department of Geological
Sciences hosts a speaker, who discusses his or her current research relating to
geology. The list of speakers, titles, and dates are available here. While
not all the speakers cover topics directly relating to Geology 202: Earth's
Interior, students are invited to attend all talks. For 3 points for each speaker,
students can attend the talks and write a short 2-page summary. This extra credit
is due two weeks after the talk.
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AGU 2005 Education Poster
A
"Small is beautiful" approach to upgrading a beginning geophysics course
This page is maintained
by Laura Swafford
Update: Jan 4, 2008