79205 Astronomy Fall 1997

Class Schedule and Assignments

Note: Print this out using the Netscape "landscape" option

Use the date links to get details on that day's class, including transparencies and images. There are also details on the in-class exercises. The exercise links go to specific documentation or custom worksheets. CLEA exercises are marked with a (*). CUPS exercises are marked with a (+). The links in CLEA exercises give the student manuals as postscript or PDF files. You should print out a copy of these yourself before coming to class. The programs themselves are stored on RCS.

The relevant reading is given as chapter and section in both Zeilik and Gregory, Introductory Astronomy and Astrophysics, and in Zeilik, Astronomy: The Evolving Universe. You should refer to this when working on your homework. The reading goes over the material on which the homework is based, and we may not be covering it explicitly in class.

Homework is due on the indicated date. The assignment refers to the chapter and problem ("chapter:problem") in Zeilik and Gregory, Introductory Astronomy and Astrophysics. There are no assignments from Astronomy: The Evolving Universe.

Please come to class prepared. It will be much easier to follow along if you look over the reading and in-class exercises ahead of time.
Date Main Concept Introductory
Astronomy &
Astrophysics
Astronomy:
The Evolving
Universe
Exercise Homework
Mon Aug 25 Circular orbits P2-2; 1-4 4; 5 The Mass of the Sun
Wed Aug 27 Observing orbits 1-4 4-1; pg.81 The Moons of Jupiter (*) Finish Mass of the Sun
Wed Sep 3 Motion under gravity P5-4; 1-2,5 3-5 Central Force Orbits (+) 1:4
Mon Sep 8 The Planets 2-1; 5; 6 9; 10; 11 Solar System Scales 1:5; Mars Pathfinder
Wed Sep 10 Rings and Debris 7-1,2,3 12 Tidal Forces Solar System Scale Model
Mon Sep 15 Electromagnetic Radiation 8-1 5-3 Diffraction (+) 6:6; 7:15
Wed Sep 17 Atomic Spectra 8-2,3,5 5-3,4 Using a Spectrograph 8:2,3
Mon Sep 22 Blackbody Radiation 8-6 13-3 Blackbody Radiation 8:6,10
Wed Sep 24 Optical Telescopes 9-1,2 6 Make a Telescope 8:11
Mon Sep 29 Stellar Magnitudes 11-1,2,3,4 14-1,2,3 Parallax 9:10
Wed Oct 1 Binary Stars 12-1,2,3,4 14-6 Binary Stars (+) 11:11
Mon Oct 6 Stellar Spectra 8-4; 13-1,2 14-4 Stellar Spectra (*) 12:4
Wed Oct 8 HR Diagrams 13-3 14-5 The Pleiades (*) 13:2
Wed Oct 15 The Galaxy 14; 19-4; 20-1A 18 Mapping Spiral Arms (+) 13:18
Mon Oct 20 The Interstellar Medium 15-1,2 15-1 Reddening 14:4,6
Wed Oct 22 Star Formation 15-2,3 15-2,3,4 Protostar Collapse (+) 14:15; 15:8
Mon Oct 27 Stellar Structure 16-1A,1B,1C 16-2,3 Stellar Interiors I (+) 15:19
Wed Oct 29 Stellar Processes 16-1D,2 16-4 Stellar Interiors II (+) 16:7
Mon Nov 3 Stellar Evolution 16-3,4 16-1,5,6,7 Stellar Evolution (+) 16:8,11
Wed Nov 5 Novae and Supernovae 18-5 17-3,4 Energy from SN1987A 16:9
Mon Nov 10 Compact Stars 17-1,2,3 17-1,2,6 Pulsars (*) 18:5
Wed Nov 12 X-Ray Binaries 18-6 17-7,8 Properties of SS433 17:5
Mon Nov 17 Cepheid Variables 18-1,2 pg.366,419 The Distance to M81 17:11; 18:10
Wed Nov 19 Other Galaxies 21; 22 19 Hubble's Law (*) 18:1
Mon Nov 24 Active Galaxies 24 20 The Center of M87 21:1
Mon Dec 1 The Big Bang 25 21-1,2,3,4 The Age of the Universe 24:8
Wed Dec 3 The Birth of the Universe 26 21-4,5,6,7 Is the Universe Flat? 25:4
Mon Dec 8 Course Review


Jim Napolitano
Last modified: Wed Nov 26 15:44:16 EST 1997