Street-Fighting Physics!â€‹

**Home stretch! 07-19 December**

**NOTE: These lectures were recorded before the current lab manual was revised, so the page numbers that I cite in the lectures won't match. Go by what is indicated in the blue type above each image of the lecture.**

**Page 83 in current Lab Manual**

**Pages 84-85b in current Lab Manual**

**Page 88 in current lab manual**

**Page 88 (continued)**

**Page 89 in current lab manual**

**This video is largely a summary of the course - a great review (hint hint!)**

**Week 13 23-27 November**

**NOTE: These lectures were recorded before the current lab manual was revised, so the page numbers that I cite in the lectures won't match. Go by what is indicated in the blue type above each image of the lecture.**

**Page 82 in current lab manual**

**Page 82 in current lab manual (continued),**

**Page 83 **

**Page 83 in current lab manual (continued),**

**Page 84**

**Page 84 in current lab manual (continued)**

**Page 85**

**Week 12 16-20 November**

**NOTE: These lectures were recorded before the current lab manual was revised, so the page numbers that I cite in the lectures won't match. Go by what is indicated in the blue type above each image of the lecture.**

**Star Death, Part 1: Low Mass Stars**

**Page 73 in current lab manual **

**(page 75 in previous lab manual)**

**Page 74 in current lab manual**

**(Page 76 in previous lab manual)**

**Page 75, in current lab manual**

**(Page 77 in previous lab manual)**

**Page 75, 76 in current lab manual**

**(Page 78, 79 in previous lab manual)**

**Go to "Planetary Nebula" page to see slideshow of some amazing planetary nebulae!**

**Page 76 in current lab manual**

**(Page 79 in previous lab manual)**

**Page 77 in current lab manual**

**(Page 80 in previous lab manual)**

**Page 78 in current lab manual**

**(Page 81, 82 in previous lab manual)**

**Page 78, 79 in current lab manual**

**(Page 82 in previous lab manual)**

**See also "ASTR Low Mass Star Death" for additional videos**

**Star Death Part 2: High Mass Stars**

**Page 80 in current lab manual**

**(Page 83 in previous lab manual)**

**Page 81 in current lab manual**

**(Page 84 in previous lab manual)**

**Page 81 (continued) in current lab manual**

**(Page 85 in previous lab manual)**

**Neutron Stars**

**See also "ASTR High Mass Star Death" for additional video**

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**Week 11**

**09 November**

**Page 69**

**See also ****"ASTR Cepheid Variable Stars"**** page after viewing these lectures**

**Page 24**

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**Week 10 02-06 November**

**See also ****"ASTR Star Formation"**** page after viewing these lectures**

**Page 60**

**Page 61**

**Page 62**

**Page 63**

**Page 64**

**Page 65**

**Page 66**

**Page 67**

**Page 68**

**Here are two video on the H-R diagram:**

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**Week 9 26-30 October**

**This week's video is a short lecture that's just a brief overview of General Relativity. You're going to have to spend some serious time in the text to get to the nitty-gritties. **

**Remember, the purpose of these topics on Relativity (both Special and General) is get you up to speed on the nature of space and spacetime.**

**The Launchpad homework assignment that goes with this lecture is based on chapter 12, section 11.**

**Take your time and READ!**

**Additional content on the topic:**

**This video does a really nice job:**

**And now to completely mess you up:**

**Week 8 19 - 23 October**

**Lab Assignment**

**Using Newton's Version of Kepler's Third Law to Determine the Mass of a Black Hole**

**This week's lectures:**

**After completing the above lecture, go to "ASTR Michelson-Morley" for more info.**

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**Week 7 â€‹12-16 October**

**Administrative catch-up**

**Week 6 05-09 October**

** 08 October**

__Im__p__ortant!__

**Read this first before watching video. **

**If you can print it, do so.**

**(Don't just skim it in 30 seconds-***read*** it!)**

**Here is a topic from the Physics course that is relevant in Astronomy. I've included the pages from the Physics Workbook to make it easier to follow the lecture.**

**Saturday, 03 October**

Fot those of you having some difficulty with conversions (seconds to years, years to seconds, etc.) here's a lesson on the topic from the Physics course. Also, I,ve included a brief instruction sheet.

**For additional content and videos go to**

** "ASTR Dark Matter-Dark Energy" page**

- Home
- PHYS 110 Syllabus
- PHYS 110 Sapling Student Login
- PHYS 110 Workbook PDF
- PHYS Weekly Lectures
- PHYS Week 1 Lectures Scientific Notation
- PHYS Week 2 Lectures Metric System, Terms, Conversions
- PHYS Week 3 Lectures Scale of Universe, the Atom, History
- PHYS Week 4 Lectures Scientific Method, Volume, Mass Density
- PHYS Week 5 Lectures Vectors, Trig
- PHYS Week 6 Vector Analysis
- PHYS Week 7 Vector Analysis, Lab
- PHYS Week 8 Lectures Judgment Day
- PHYS Week 9 Spring Break!
- PHYS Week 10 Lectures Motion, Acceleration
- PHYS Week 11 Lectures Acceleration Demos
- PHYS Week 12 Lectures Kinematics - Motion in 2 Dimensions
- PHYS Week 13 Lectures Waves, Doppler, Hubble Law
- PHYS Week 14 Lectures, Michelson-Morley, Special Relativity
- PHYS Week 15 Lectures General Relativity, Black Holes
- PHYS Week 16 Lectures General Relativity, E=mc2
- PHYS Week 17 Lectures Finals Week

- ASTR 100 Syllabus
- ASTR Student Sapling Login
- ASTR Student Launchpad Login
- ASTR 100 Lab Manual PDF
- ASTR Weekly Lectures
- ASTR Week 1 Lectures - Dark Matter, Dark Energy
- ASTR Week 2 Lectures Scientific Notation
- ASTR Week 3 Lectures Astronomic Scales, History (1)
- ASTR Week 4 Lectures Brahe, Kepler, Newton, Gravity
- ASTR Week 5 Lectures Special Relativity
- ASTR Week 6 Lectures General Relativity
- ASTR Week 7 Lectures Star Formation
- ASTR Week 8 Lectures Cepheid Variable Stars
- ASTR Week 9 Spring Break
- ASTR Week 10 Lectures Low Mass Star Death
- ASTR Week 11 Lectures High Mass Star Death
- ASTR Week 12 Lectures Neutron Stars, Pulsars, Black Holes
- ASTR Week 13 Lectures Distance-Luminosity Modulus
- ASTR Week 14 Lectures, Waves, Hubble Law
- ASTR Week 15 Lectures Relativistic Red Shift
- ASTR Week 16 Lectures, Big Bang
- ASTR Week 17 Lectures Finals Week

- ASTR - Galileo's Sketches
- Space Travel Posters
- How Large Is the Universe?
- The Elegant Universe - String Theory

- Home
- PHYS 110 Syllabus
- PHYS 110 Sapling Student Login
- PHYS 110 Workbook PDF
- PHYS Weekly Lectures
- PHYS Week 1 Lectures Scientific Notation
- PHYS Week 2 Lectures Metric System, Terms, Conversions
- PHYS Week 3 Lectures Scale of Universe, the Atom, History
- PHYS Week 4 Lectures Scientific Method, Volume, Mass Density
- PHYS Week 5 Lectures Vectors, Trig
- PHYS Week 6 Vector Analysis
- PHYS Week 7 Vector Analysis, Lab
- PHYS Week 8 Lectures Judgment Day
- PHYS Week 9 Spring Break!
- PHYS Week 10 Lectures Motion, Acceleration
- PHYS Week 11 Lectures Acceleration Demos
- PHYS Week 12 Lectures Kinematics - Motion in 2 Dimensions
- PHYS Week 13 Lectures Waves, Doppler, Hubble Law
- PHYS Week 14 Lectures, Michelson-Morley, Special Relativity
- PHYS Week 15 Lectures General Relativity, Black Holes
- PHYS Week 16 Lectures General Relativity, E=mc2
- PHYS Week 17 Lectures Finals Week

- ASTR 100 Syllabus
- ASTR Student Sapling Login
- ASTR Student Launchpad Login
- ASTR 100 Lab Manual PDF
- ASTR Weekly Lectures
- ASTR Week 1 Lectures - Dark Matter, Dark Energy
- ASTR Week 2 Lectures Scientific Notation
- ASTR Week 3 Lectures Astronomic Scales, History (1)
- ASTR Week 4 Lectures Brahe, Kepler, Newton, Gravity
- ASTR Week 5 Lectures Special Relativity
- ASTR Week 6 Lectures General Relativity
- ASTR Week 7 Lectures Star Formation
- ASTR Week 8 Lectures Cepheid Variable Stars
- ASTR Week 9 Spring Break
- ASTR Week 10 Lectures Low Mass Star Death
- ASTR Week 11 Lectures High Mass Star Death
- ASTR Week 12 Lectures Neutron Stars, Pulsars, Black Holes
- ASTR Week 13 Lectures Distance-Luminosity Modulus
- ASTR Week 14 Lectures, Waves, Hubble Law
- ASTR Week 15 Lectures Relativistic Red Shift
- ASTR Week 16 Lectures, Big Bang
- ASTR Week 17 Lectures Finals Week

- ASTR - Galileo's Sketches
- Space Travel Posters
- How Large Is the Universe?
- The Elegant Universe - String Theory