GS104 Earth System Science Fall 2010
4 credits; no pre-requisite TTH 9-10:20
Phone: 503-594-3354 e-mail: sarahh@clackamas.edu
Lecture: Physical Science, 8th edition, Bill W. Tillery
Lab: Scientific Calculator (graphing calculator not required)
Web Page: http://depts.clackamas.edu/science/physci/geology/GS/gshomepage.htm
MANY CLASS NOTIFICATIONS ARE DONE BY CCC E-MAIL. PLEASE CHECK YOUR CLACKAMAS EMAIL ACCOUNT REGULARLY!
Course Description: This is an introductory course that looks at the earth and the processes on the earth that relate to the physical sciences. This course examines the relationships between physics, chemistry and geology as they pertain to our natural world and to each other. This is the first course of three but each course is designed to be independent and stand alone. In this particular course we will examine the solar system, the physics of light, the structure of the earth, earthquakes, minerals and their formations, igneous rocks and volcanic processes.
Student Outcomes: This course is designed so at its completion a student should be able to discuss the formation of the solar system, the planets that comprise it, and how science studies the universe. Additionally, the student should be able to discuss the basic structure of the earth and explain the concept of plate tectonics. Students will also be able to discuss the relationship between platectonics, volcanoes, earthquakes and rock/ mineral formations.
Grading: Grading is based on quizzes, a midterm, a final exam, class/homework assignments and lab work
Your grade will be calculated based on the following:
Quizzes are 20% of your total grade; Assignments are 15% of your total grade; Midterm is 20% of your total
grade; Final Exam is 20% of your total grade; Laboratory work is 25% of your total grade
Letter grades will be assigned based on the following total course percents:
100-90% (A); 89.9-80% (B); 79.9-70% (C); 69.9-60% (D); <60% (F)
(the instructor reserves the right to lower the % distribution if necessary to accommodate a reasonable grade distribution)
IMPORTANT…PLEASE READ!!!
Students may exercise the right to drop this class until the end of the 6th week of the term without being held responsible for a grade. If a student stops attending class prior to or during the sixth week, they will be given a Withdraw for the course unless they communicate to the instructor in writing that they wish for a letter grade. From the beginning of the 7th week, if a student stops attending class, they will be given a letter grade unless they ask (in writing) for a Withdraw. Students may ask for a Withdraw from the course (in writing) until the end of the 8th week. If a student has not asked for a withdraw by the end of the 8th week, they will receive a letter grade for the course. An incomplete will only be issued when all key components of the course have been completed with the exception of one item. A student’s accumulated grade to that point must be of a C or better to qualify for an incomplete. To receive an incomplete you MUST speak with the instructor and submit your request in writing. If you have chosen a pass/no pass grading option for this course, you must earn a C or better to receive the passing grade. If you decide to change your grade to a pass/no pass you must do this before the 10th week of the class. The instructor reserves the right to make exceptions to the terms above on a case by case basis.
Student Honor Policy: Plagiarism and cheating will NOT be tolerated. While students are encouraged to interact in small groups during class assignments and lab, any cheating or copying will result in a zero for that assignment and may result in consequences at the administrative level.
If you have a documented disability and wish to discuss academic accommodations, please contact me as soon as possible.
Please turn off all electronics on entering the classroom. Electronic devices are NOT to be used in lecture or lab!!
Laboratory: (Hours T 2-4:50 & W 9-11:50)
Objectives: This lab is designed to compliment the lecture and will include activities to explore the properties of the solar system, physics of light and energy transfer, plate tectonics, earthquakes, minerals, rocks and volcanoes.
Grading: Grading is based on 9 lab assignments and 4 quizzes . If a quiz or exam is missed for a legitimate reason it is your responsibility to make it up within one week of the original quiz/exam date.
Lab grade is calculated as follows: 50% from lab work; 50% from quizzes;
|
Week |
Dates |
Lecture topics (Tentative) |
Reading assignments |
Lab information |
|
1 |
9/27-10/01 |
What is science and the scientific method, Earth as a system |
Chpt 1 |
Lab 1: Modeling and the Metric system |
|
2 |
10/4-10/08 |
Origin and overview of the solar system, History of observation and the planets |
Chpt 15 |
Lab 2: Modeling the solar system. Pick topics for week 4 EXIT QUIZ LABS 1 & 2 |
|
3 |
10/11- 10/15 |
The sun and stars physics of light and the electromagnetic spectrum |
Chpt 14 p 356-365 Chpt 7 p 177-189 |
Lab 3: Sound waves, light waves and the electromagnetic spectrum |
|
4 |
10/18- 10/22 |
Earth’s structure, plate tectonics and heat transfer |
Chpt 18 |
Lab 4: Presentations on Solar system. THIS LAB CAN NOT BE DROPPED!! |
|
5 |
10/25- 10/29 |
Earthquakes and the interior of the earth. Earthquake hazards MIDTERM Thur 10/28 |
Chpt 19 p 471-482 |
Lab 5: Plate tectonics and the Earth’s structure |
|
6 |
11/1- 11/05 |
Minerals, intro to chemistry, elements and atomic bonding |
Chpt 8 p 204-207 Chpt 9 p 232-237 |
Lab 6: Earthquakes QUIZ: LABS 3 & 5 |
|
7 |
11/08- 11/12 |
Mineral crystal structures NO CLASS Thursday Nov. 11 (VETERAN’S DAY) |
Chpt 17 p 432-440 |
Lab 7: Introduction to Minerals |
|
8 |
11/15- 11/19 |
Igneous rocks |
Chpt 17 p 440-443 On line reading assignment also |
Lab 8: Minerals and rocks QUIZ: LABS 6 & 7 |
|
9 |
11/22- 11/26 |
Volcanism NO CLASS THURSDAY (THANKSGIVING) |
Chpt 19 p 482-488 On line reading assignment also |
Lab 9: Igneous Rocks |
|
10 |
11/29- 12/03 |
Volcanism |
|
Lab 10: Volcanic structures and hazards EXIT QUIZ LABS 9 & 10 |
|
11 |
12/06- 12/10 |
Lecture Final: Tuesday December 7th 10-12 pm |
||