DEPARTMENT OF ASTRONOMYASTRO
COURSE WEB PAGESASTRO

 

ASTRONOMY 307
Introductory Astronomy for Science and Engineering Majors

 SPRING 2001  Unique No. 45065  MWF 11-12  RLM 5.104

PROFESSOR:
John Lacy

Office: R.L. Moore 16.332, 16.334
Phone: 471-1469
Email: lacy@astro.as.utexas.edu
Office Hours: TTh 11-12

TEACHING ASSISTANT:
Julia Smith
Office: RLM 16.220
Phone: 471-3447
E-mail: dorothea@astro.as.utexas.edu
Office Hours: W 12, Th 4:30 in RLM 13.132

 

COURSE DESCRIPTION:
We will present an overview of the contents of the Universe, with a physical explanation of what is there. The emphasis will be on how astronomers study the Universe and explanations for what they find, rather than on descriptions. College-level physics and calculus are not required, but we will use high school math (some trigonometry) and science (Newton's laws).

TEXTBOOK: Introductory Astronomy and Astrophysics by Zeilik and Gregory
Note: this book assumes more knowledge of math and physics than we will use, and some parts will be skipped.

GRADING: Homework will count 1/3 of your grade, weekly quizzes will count 1/6, a mid-term exam will count 1/6, and the final exam will count 1/3.  Your lowest homework and lowest quiz scores will be dropped. We will not have make-up quizzes, but let us know if you have a legitimate excuse for missing one.  Although this is not a writing class, test answers will usually consist short written explanations, and we will count off for confusing or ungrammatical answers.

Homework: Homework will be assigned each Friday, due the next Friday (in class or by 5PM in the AST 307 box on the 13th floor of RLM; see map on back). You may get help on homework (or anything else) from the professor or TA during office hours or by appointment. Late homeworks will receive 1/2 credit. You are welcome to work on homework with other students, but verbatim copies of homeworks will not be accepted.

APPROXIMATE SCHEDULE

Dates Reading -
1/17-19

Ch. 1

Apparent motions in the sky
1/22-26 -

Motions of planets, Kepler's laws
1/29-2/2 -

Newton's laws, orbital motions
2/05-09

Ch. 2-3

Solar system overview, seasons, tides
2/12-16

Ch. 8

More planets, waves
2/19-23 -

Photons, atoms, spectra
2/26-28

Ch. 9

Telesopes

3/02

Mid-Term Exam
3/05-09

Ch. 11

Stellar distances, luminosities, masses
3/19-23

Ch. 13

Stellar temperatures, Hertzsprung-Russell diagram
3/26-30

Ch. 14-15

Milky Way Galaxy, Interstellar gas and dust
4/02-06

Ch. 16

Stellar structure, evolution
4/09-13

Ch. 17

White dwarfs, Neutron stars, Black holes
4/16-20

Ch. 18-20

Novae, Supernovae, Stellar motions
4/23-27

Ch. 22-23

Hubble law, Large scale structure
4/30-5/4

Ch. 25-26

Big Bang

5/09

Final Exam


 

 
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17 January 2001
UT Astronomy Program • The University of Texas at Austin • Austin, Texas 78712
prospective student inquiries to: studentinfo@astro.as.utexas.edu
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