Course Syllabus

ASTR 151 Course Syllabus

Instructor: Dr. James Sternberg (jsternbe@tennessee.edu)
Office Hours: TR 2:00 PM (on Zoom) or when requested if I can make it.
Room: Online

Recitation times:

Online - Asynchronous

Text:  There is no official textbook, but chapters from “Openstax Astronomy” will be available.  The entire textbook can be found here: https://openstax.org/books/astronomy-2e/pages/1-introduction

Course Description: “Study of Earth’s nearest astronomical neighbors, including the sun, planets, asteroids, and comets. Seasons, solar and lunar eclipses, motion of the planets in the night sky, recent planetary space probe discoveries, development of our modern understanding of the origin and evolution of our solar system and its place in the universe, discovery of extrasolar planets in distant solar systems. A minimum of mathematical analysis.”  This course satisfies a general education credit.

Disability Accommodations:   Anyone taking the course who needs accommodations for a disability should contact me privately.  I will make any accommodations that I can.  You should also register with the Office of Disability Services at 865-974-6087.

Important things you need to know: Summer courses move quickly since they are the same as a regular semester course but taught  in roughly half the time.  In order to be successful, it will be important to thoroughly read all of the assigned material ahead of time and review the material outside of class hours.  You will also need to get started early on the homework.  Although this course (like any major summer class) will be a lot of work, I hope you will experience some of the excitement of understanding some of the rules that govern the universe and gain an appreciation of their beauty.

This summer, ASTR 151  will be taught online. The lectures and lecture notes will be posted online in Canvas and the homework will be assigned in online.  I will also schedule zoom meetings throughout the week either as my own office hours.  I think that this interactive element is often missing from online classes, and I hope that this helps

 

Grading: Your grade in the class will depend on your homework, midterm grades and your final exam grade. 

 

Exams I, II and III (15% each)

45%

Final (25%)

25%

Homework:

30%

 

The grading scale is as follows:

A

93 and above

 

C +

78 – 80

A -

90 – 92

 

C

73 -77

B +

88 – 90

 

C -

70 – 72

B

82 – 87

 

D

60 – 70

B -

80 - 82

 

F

below 60

Exams: (45% of the total course)

            There will be three midterm exams and one final exam. Each midterm will potentially compose 15% of your total grade. The CUMULATIVE final exam will compose 45% of your course Each exam will have an appeal period of one week after it is returned to the class – you must ask about grading or other concerns about the test during this time.  There will be an opportunity to correct your tests for partial credit to improve your score.  Because the final is at the very end of the summer semester, there will not be time to do this for the final exam.

Homework (30% of the total course grade):

Of your total course grade, 30% will be based on homework.  There will be easier “engagement” exercises every week to make sure that everyone is keeping up with the course as well as more involved regular homework assignments for each unit.  The engagement exercises will be due at the end of each week.  The more complicated will have a week to finish.

Discussions (15% of the total course grade):

There will be discussions throughout this course on Packback.  These are auto-graded (using AI analysis), but I will be actively monitoring these discussions to make sure that the auto-grading is working fairly. 

Date

Topics

June 23

Introduction
What is Astronomy?
What is the Universe?
What is Science?

June 25th

Defining Cardinal Direction on Earth
Earth's Rotation & Daily Sky Motions
Angular Measurement & Parallax
Heliocentric & Geocentric Models
Retrograde Motion in Heliocentrism

June 26th

The Rise of Heliocentrism: Brahe & Kepler
Kepler's Laws
Galileo Galilei's Contributions
Newton's Laws of Motion
Newton's Modifications to Kepler's Laws

June 27th

What is Light?
The Electromagnetic Spectrum
Spectroscopy - Types of Spectra
Spectroscopy - Formation of Spectral Lines
Spectroscopy - The Spectrum of Hydrogen

June 30

How Telescopes Work
Telescope Image Brightness
Diffraction-limited Resolution
Radio Telescopes
Space-based Astronomy
Astronomical Seeing & Adaptive Optics

July 2

Exam 1

July 7

Nebular-Condensation Theory
The Story Of Planet Building
Post-Planet Formation Modification
Protoplanet to Planet: Differentiation & Radioactivity
Protoplanet to Planet: Formation of Terrestrial Atmospheres

July 9

Properties of the Sun
Hydrostatic Equilibrium & the Interior Structure of the Sun
The Atmospheric Layers of the Sun
Solar Luminosity & Solar Fusion
The Active Sun

July 10

Earth's Revolution & Annual Sky Motions
Seasons & Precession of Earth's Axis
Phases of the Moon & Eclipses 1
Eclipses 2
Earth's Interior from Seismic Waves

July 11

Earth's Changing Surface
Earth's Atmosphere
Equilibrium Temperature & Greenhouse Effect
Climate Change & Climate Science

July 14

Earth's Magnetosphere and Planetary Magnetic Fields
Earth's Tides & The Tidal Force 
The Synchronous Orbit of the Moon
The Moon's Surface
The Lunar Interior

July 16

The Formation of the Moon
The Evolution of the Moon to Present
Mercury  - Orbit & Rotation
Mercury  - Surface & Interior
Mercury Missions

July 17

Exam 2 (Does not include Mercury)

July 18

Venus  - Orbit & Rotations
Venus  - Surface & Interior
Venus  - Atmosphere of Venus
Venus Missions and discoveries.

July 21

Photo-tour of Mars
Introduction to Mars
Surface of Mars
Atmosphere & Weather
Evidence for Water on Mars
Polar Caps, Evolution, and Moons

July 23

Selected Mars Missions

July 24

Intro to Gas Giants
Characterizing Jupiter & Saturn
Jupiter Interior
The Galilean Moons of Jupiter
Jupiter Missions and discoveries

July 25

Saturn
Saturn Interior
The Rings of Saturn
The Moons of Saturn
Titan
Missions to Saturn

July 28

The Ice Giants
Characterizing Uranus and Neptune
Uranus Orbit and Rotation
Uranus Interior
Uranus Moons
Uranus Missions

July 30

Neptune Orbit and Rotation
Neptune Interior
Neptune Moons
Neptune Missions

July 31

Exam 3

Aug 1

Pluto and the Kuiper Belt
What we know
Missions to Pluto and elsewhere.
Dwarf Planets

Aug 4

Asteroids
Types of Asteroids
Missions to Asteroids
Trojan Asteroids

Aug 6

Comets
History of Comets
Sungrazers
The Oort Cloud
Comet Missions

Aug 7

Other Topics

Aug 8

Final Exam Study Day

Aug 11

Final Exam

 

Course Summary:

Date Details Due