|
Syllabus
Text:
Seeds, Horizons, 10th edition (earlier editions should be OK too)
Prerequisites:
No prior college science or math courses are required. We will use high-school algebra in class and on homework.
Contents:
The emphasis in this course will be on explanations for the phenomena and objects that occur in the
Universe and how astronomers learn about them. This is a course for non-science majors, and no
knowledge of physics is assumed, but we will discuss physical laws and how astronomers use them to
explain their observations.
In-class interactive learning activities will be an important part of this course. Consequently, attendance
and participation is required. You are also required to finish each week's reading assignment before class
on Monday, so that you are prepared to participate in discussions. A weekly reading quiz and credit for
assignments done during class will help encourage you to do the reading and participate in class.
Homework:
A homework assignment will be handed out most Fridays, due the next Friday at the beginning of class.
Some assignments will involve observations of the sky. You are encouraged to work together on homework,
but you must write out your own answers and describe your own observations in your own words. Duplicate
homeworks will not receive credit. Late homeworks will receive half credit until homeworks are returned.
Tests:
There will be a quiz each Monday on the reading for that week and the topics covered the previous week.
There will be three in-class exams and a final exam. Late exams will be given only with a written doctor's
note. Exams will emphasize material discussed in class, but will include topics covered only in the text.
All quizzes and exams will be closed-book and closed-notes, and calculators will not be allowed (or needed).
Grades:
Grades will be based on homework (20% of the grade), the weekly quizzes (10%), in-class assignments (10%),
the three exams (30%), and the final (30%). Your lowest quiz and homework scores (one of each) will be dropped.
Collaboration:
You are encouraged to study and work on homework assignments with other students, and you are
encouraged to get help from the TA, but you must write out your own answers and make the assigned
observations yourself. If you copy another homework or let someone copy yours, both of you will receive
zero credit. In-class assignments will be done in groups, and all group members will receive the same
grade (if the assignment is graded).
Schedule:
Week of:
|
Reading:
|
Topics:
|
Exams:
|
Aug 27:
|
Ch 1+App A
|
The Scale of the Cosmos
|
|
Sep 3:
|
Ch 2+3
|
The Sky, Cycles in the Sky
|
|
Sep 8:
|
Ch 4
|
The Origin of Modern Astronomy
|
|
Sep 15:
|
Ch 5
|
Telescopes
|
Sep 19: Exam #1, Ch 1-5
|
Sep 22:
|
Ch 6
|
Starlight and Atoms
|
|
Sep 29:
|
Ch 7
|
The Sun
|
|
Oct 6:
|
Ch 8
|
The Family of Stars
|
|
Oct 13:
|
Ch 9
|
The Formation and Structure of Stars
|
|
Oct 20:
|
Ch 10
|
The Lives and Deaths of Stars
|
Oct 24: Exam #2, Ch 6-10
|
Oct 27:
|
Ch 11
|
Neutron Stars and Black Holes
|
|
Nov 3:
|
Ch 12
|
The Milky Way Galaxy
|
|
Nov 10:
|
Ch 15
|
Cosmology
|
|
Nov 17:
|
Ch 16
|
The Origin of the Solar System
|
|
Nov 24:
|
Ch 17
|
The Terrestrial Planets
|
|
Dec 1:
|
Ch 18
|
The Outer Planets
|
Dec 5: Exam #3, Ch 11, 12, 15-19
|
Dec 15:
|
|
Final Exam
|
|
|