| Week |
Class |
Date |
 Topic |
Readings |
Homework
(PDF files) |
| 01 |
1 |
AUG27 |
Greetings & Course Review
|
|
|
| 2 |
AUG29 |
Our Place in the Universe:
- An overview of the universe.
- Our cosmic origin.
- "Star Stuff"
|
§1.1
|
|
| 3 |
AUG31 |
Our Place in the Universe:
|
§1.2, 1.3
|
|
| 02 |
NOCLASS: Labor Day |
| 4 |
SEP05 |
Our Place in the Universe:
|
§1.3, 1.4
|
hw01
due: WED 9/12
ak01 ret: WED 9/19
cut: FRI 9/28
|
| 5 |
SEP07 |
Overview of mathematical skills based on the textbook's
Appendix C, and Math Insight boxes in Ch.1 DEADLINE: to add courses on-line without a fee
DEADLINE: to add a course without obtaining instructor's permission
PIN Expiration: The 1st Registration, Add/Drop (RDA) PIN for
Fall 2007 expires and online registration is disabled for all
undergraduate students at 5:00 p.m.
|
Appendix C
|
|
| 03 |
6 |
SEP10 |
Discovering the Universe:
- Angular size and distance.
- Mapping the sky.
PIN Activation: The 2nd Registration, Add/Drop (RDA) PIN
for Fall 2007 is activated and online registration is
enabled for all undergraduate students at 8:00 a.m.
|
§2.1, (part of) §S1.2
|
|
| 7 |
SEP12 |
Discovering the Universe:
|
§2.2, S1.2
|
Homework hw01 DUE today |
| 8 |
SEP14 |
Discovering the Universe:
- The reason for seasons
- The wobbling top
- Time keeping
- The Moon
- Phases of the Moon (Phases animation)
|
§2.3, S1.1, S1.2
|
hw02
due: FRI 9/21
ak02 ret: MON 10/1
cut: WED 10/10
|
| 04 |
9 |
SEP17 |
Discovering the Universe:
- Solar and Lunar eclipses
- Motion of planets
- Apparent retrograde motion of planets
- Stellar parallax
|
§2.3, 2.4
|
|
| 10 |
SEP19 |
The Science of Astronomy:
- The ancient roots of Science
- The Greeks
- Ptolemy
- Copernicus
- Tycho Brahe
- Kepler, and its 3 laws
|
§3.1, 3.2, 3.3
|
|
| 11 |
SEP21 |
The Science of Astronomy:
- Galileo
- The scientific method
Making Sense of the Universe
DEADLINE: to complete late registration or add courses
DEADLINE: to drop courses without a fee
DEADLINE: to designate a credit course as "Audit" or vice versa
|
§4.1
|
Homework hw02 DUE today |
| 05 |
12 |
SEP24 |
Making Sense of the Universe (with Eileen Meyer)
- Angular momentum
- Mass and weight
- Free fall
- Weightlessness
- The importance of the reference frame
- Newton's first law of motion
- Newton's laws of motion
- Inertia
|
§4.2
|
|
| 13 |
SEP26 |
Making Sense of the Universe (with Eileen Meyer)
- Conservation of momentum
- Conservation of angular momentum [Ice skater spin video (@YouTube)]
- Forms of energy
- Conservation of energy
- Units of measure
- Conversion/exchange of energy
- Temperature and kinetic energy
|
§4.3
|
|
| 14 |
SEP28 |
Making Sense of the Universe
Newtonian Law of Gravitation
- The Universal Law of Gravitation
- "Real" potential energy
- Escape velocity
- The physics behind Kepler's Laws
- Generalizing Kepler's Laws
- Tides
- Orbital energy
|
§4.4, 4.5
|
hw03
due: FRI 10/5
ak03 ret: WED 10/10
cut: FRI 10/19
|
| 06 |
15 |
OCT01 |
Making Sense of the Universe
- Thermal Energy
- Mass-energy and creation of matter
|
§4.3, 4.4, 4.5
|
|
| 16 |
OCT03 |
Making Sense of the Universe
- Mass-energy and creation of matter
- Nuclear fusion
- Energy conversion efficiency
- Our body as a chemical reactor
Light and Matter
- Light is energy
- Spectrum of light
- Light and Matter interaction
- Wave-particle duality
- Wave properties
- Photons and Electromagnetic waves
- Electromagnetic spectrum
- Photon's energy
|
§5.1, 5.2
|
|
| 17 |
OCT05 |
Light and Matter, Structure of Matter
- Photon's energy
- Atoms and Molecules
- Energy levels and quantization
- The periodic table of the elements
|
§5.2, 5.3
|
Homework hw03 DUE today hw04
due: FRI 10/12
ak04 ret: WED 10/17
cut: FRI 10/26
|
| 07 |
18 |
OCT08 |
TEST #1
|
|
|
| 19 |
OCT10 |
Light and Matter
- Phases of matter
- Phase transitions
- Absorption and Emission
- Thin gas
|
§5.3, 5.4
|
|
| 20 |
OCT12 |
Light and Matter
- Thin gas
- Dense gas
- Thermal spectrum / Thermal radiation
- Stefan-Boltzmann and Wien Laws
- Summary of emission/absorption
- Kirchoff's laws.
|
§5.4, 5.5
|
Homework hw04 DUE today |
| 08 |
NOCLASS: Midterm Recess |
| 21 |
OCT17 |
Light and Matter
Telescopes
- Collecting, focusing, detecting
- Key features: collecting area, angular resolution
|
§5.4, 5.5 §6.1, 6.2
|
hw05
due: WED 10/24
ak05 ret: MON 10/29
cut: WED 11/07
|
| 22 |
OCT19 |
Telescopes
- Diffraction limit
- Imaging, spectroscopy, timing
- Key limitations: light pollution, atmospheric absorption and blurring
- Where is the Very Large Telescope (VLT)?
|
§6.2 ÷ 6.4
|
|
| 09 |
23 |
OCT22 |
Telescopes
- Radio telescopes
- Telescope arrays
Our Planetary System
- Comparative planetology
- Layout of the Solar system
- Two types of planets
- Asteroids and comets
- Exceptions
|
§7.1, 7.2
|
|
| 24 |
OCT24 |
The Formation of the Solar System
- Features to match
- The Nebular Theory
- Two types of planets
- Condensation, frost line
- Accretion
|
§8.1, 8.2, 8.3
|
Homework hw05 DUE today hw06
due: WED 10/31
ak06 ret: FRI 11/2
cut: MON 11/12
|
| 25 |
OCT26 |
The Formation of the Solar System
- Gas capture
- Clearing of the nebula
- Leftovers and exceptions (heavy bombardment)
and a few applets:
|
§8.3, 8.4, 8.5
|
|
| 10 |
26 |
OCT29 |
The Formation of the Solar System
- The age of the Solar System
- Radiometric dating
Planetary Geology
- Planetary surfaces
- The interior of terrestrial planets
- Internal heat (and heat transfer)
|
§9.1, 9.2
|
|
| 27 |
OCT31 |
Planetary Geology
- Heat transfer
- Magnetic fields
- Four basic geological processes
- Impact cratering
- Volcanism
- Tectonic
- Erosion
- Putting it all together
|
§9.2, 9.3, 9.4
|
Homework hw06 DUE today |
| 28 |
NOV02 |
Planetary Geology
- The Moon
- Mercury
- Mars
- Earth
- What makes Earth special?
- Plate Tectonics
- Continental drift
- The two-crust planet
- Tectonics boundaries
- Geological feaures of plate tectonics
As to Mars and Venus (§9.4, 9.5)
I will go over some of the material, but I will not have
time to cover everything. Please read those sections in their
entirety as well.
DEADLINE: final in/out decision about the "Observing project" DEADLINE: to drop courses for all returning undergraduate students with a fee
DEADLINE: to designate a course status to "Pass/Fail" option
PIN Expiration: The 2nd Registration, Add/Drop (RDA) PIN for
Fall 2007 expires and online registration is disabled for all
undergraduate students at 5:00 p.m.
|
§9.4, 9.5, 9.6
|
|
| 11 |
29 |
NOV05 |
TEST #2
|
|
hw07
due: MON 11/12
ak07 ret: FRI 11/16
cut: MON 11/26
|
| 30 |
NOV07 |
Planetary Geology
- Hot spots
- Plate tectonics through time
Planetary Atmospheres
- Atmospheres of terrestrial worlds
- Atmospheric pressure
- Greenhouse effect
- No greenhouse temperature
- Atmospheric structure
- Why the sky is bright, blue (or red)
- Comparison of terrestrial planets atmospheres
|
§10.1
|
|
| 31 |
NOV09 |
Planetary Atmospheres
- Magnetosphere
- Global wind patterns
- Coriolis effect
- Long term climate change
|
§10.1, 10.2
|
|
| 12 |
32 |
NOV12 |
Planetary Atmospheres
- Gaining and losing an atmosphere
- Mercury and the Moon
- Climate history of Mars
- Climate history of Venus
- Earth's unique atmosphere.
- The balance of Nature.
- Carbon dioxide cycle.
DEADLINE: selection of article for the "web-project"
|
§10.3, 10.4, 10.5, 10.6
|
Homework hw07 DUE today hw08
due: MON 11/19
ak08 ret: MON 11/26
cut: WED 12/5
|
| 33 |
NOV14 |
The Sun (with Eileen Meyer)
- History
- Hydrostatic equilibrium
- The structure of the Sun
- Nuclear fusion and the p-p chain
- Solar thermostat
- Energetics of the Sun
|
|
|
| 34 |
NOV16 |
The Sun (with Eileen Meyer)
- How the Sun radiates energy
- The solar spectrum
- Magnetic field and Sunspots
- Solar wind, flares, Coronal Mass Ejections (CME)
- How the Sun affects the Earth
Some neat movies of Sun activity (courtesy of Dr. David Alexander):
|
|
|
| 13 |
35 |
NOV19 |
Planetary Atmospheres
- Carbon dioxide cycle.
- Earth's thermostat.
- Long-term climate changes and stability.
- Global warming
Outer (Jovian) planets
- General properties and differences with respect to terrestrial planets
- Why are they so different?
|
§10.6, 11.1
|
Homework hw08 DUE today hw09
due: WED 11/28
ak09 ret: MON 12/03
cut: MON 12/10
|
| 36 |
NOV21 |
Outer (Jovian) Planets
- Internal heat
- Comparing Jovian atmospheres.
- Atmospheric circulation
- Clouds and colors
|
§11.1
|
|
| NOCLASS: Thanksgiving |
| 14 |
37 |
NOV26 |
Outer (Jovian) Planets
- Climate, weather
- Magnetospheres, and aurorae
- Jovian moons, large and small
- Ice geology
- Io, and tidal heating
|
§11.1, 11.2
|
|
| 38 |
NOV28 |
Outer (Jovian) Planets
- Europa, the water world
- Titan
- Ring systems
|
§11.2, 11.3
|
Homework hw09 DUE today hw10
due: WED 12/5
|
| 39 |
NOV30 |
Asteroid & Comets
- Small bodies in the solar system.
- Asteroid belt, and orbital resonances.
- Asteroids: size, shape, mass, density, composition.
- Meteorites: primitive, processed
- Comets
|
§12.1, 12.2
|
|
| 15 |
40 |
DEC03 |
Asteroid & Comets
- Comets structure and interaction with the Sun
- Pluto and Charon
- Pluto and Kuiper Belt objects
- Pluto: planet?
- New IAU definition of planet (and dwarf planet)
- Cosmic collisions. Shoemaker-Levy 9
- Meteors and meteor showers
- Impacts on Earth
- Mass extinctions
- Chicxulub crater
DEADLINE: WEB & Observing projects DUE, IN CLASS
|
§12.2, 12.3, 12.4
|
|
| 41 |
DEC05 |
Life on Earth
- Life on Earth
- The fossil record
- A common ancestor
- From chemistry to biology
- The life timeline
- Evolution of life. The Theory of Evolution
- The rise of Oxygen
- Explosion of diversity
- Basic requirements for life
|
§12.4 §24.1
|
Homework hw10 DUE today |
| 42 |
DEC07 |
TEST #3 DEADLINE: drop courses (for Fall 2007 matriculants only).
Students must go to the Office of the Registrar by 5:00 p.m.
|
|
|