Room 300B, Hennings (Physics and Astronomy) Building
Date Lecture Topic Chapter ------ ----------------------------------------- ------- Sep 6 Introduction. Course logistics, Units 1, App. C Sep 8 Basic Sky Phenomena. The celestial sphere 2.1 Sep 11 Diurnal motions S1.2,2.2 Sep 13 Time-keeping and Calendars S1.1,S1.3 Sep 15 Precession. Seasons. 2.2 Sep 18 The motion of the Moon and eclipses. 2.3 Sep 20 The motion of the planets. 2.4, 3.1-3.2 Sep 22 Copernicus to Newton; the birth of modern science 3.3-3.5 Sep 25 Motion and Gravity 4.1-4.4 Sep 27 Planetary Dynamics,Tides 4.5 Sep 29 The nature of light and spectra 5.1-5.2 Oct 2 Energy, matter, temperature 5.3-5.4 Oct 4 Doppler shift. Telescopes 5.5, Ch. 6 Oct 6 Solar System survey Ch. 7 Oct 9 No class - Thanksgiving ---- Oct 11 The Sun Chapter 14 Oct 13 Star formation and the solar nebula 8.1 - 8.2 Oct 16 Planet formation 8.3 - 8.4 PRE-MIDTERM MATERIAL ENDED HERE Oct 18 Meteorites 12.1 Oct 20 Cosmochemistry and ages 8.5+handouts Oct 23 Terrestrial planet interiors 9.1, 9.2 Oct 25 Midterm examination. In class. ---- Midterm will cover up to and including Oct 16th. Oct 27 The surface of Mercury and the Moon 9.2 Oct 30 Impact cratering 9.2-9.3 Nov 1 end of Impact cratering -- Nov 3 Planetary Rotation various Nov 6 Planetary Atmospheres : Equilibrium, Heat balance 10.1, Nov 8 Planetary Atmospheres : Climate histories 10.3-10.5 Nov 10 Mars 9.4 Nov 13 Rememberance day; no lecture ---- Nov 15 Earth and Venus; geophysics and climate change 9.5-9.5,10.6 Nov 17 Previous lecture continued. Nov 20 Asteroids and comets Chapter 12 Nov 22 The impact hazard 12.4 Nov 24 Jovian planets 11.1 Nov 27 Snowed out! --- Nov 29 Giant-planet satellites 11.2 Dec 1 Life in the Solar System 24.1-24.3 NEVER Extrasolar Planets (by class vote!) Chapter 13
Available as a Portable Document Format (PDF) file. ( DOWNLOAD)
ERRATA for assignment 2.
None yet. Check here if a question arises.
Available as a Portable Document Format (PDF) file. ( DOWNLOAD)
ERRATA for assignment 3.
If not clear, you may take the density of the projectile
to be 3 grams/cubic cenitmeter, or 3000 kg/cubic meter.
Available as a PDF file ( DOWNLOAD)
ERRATA for assignment 4:
None yet. Check here if a question arises.
Section Listing
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Day Section TA Monday 13:00 L1D Thomas Tuesday 9:00 L1F Jaime Tuesday 12:00 L1A Jon Thursday 10:00 L1B Jon Thursday 14:00 L1C Jaime