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Wright State University Lake Campus/2018-1/Phy1060/Log

< Wright State University Lake Campus | 2018-1 | Phy1060

Before Test 2

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test 2 material

R 2/1/18 Today we will try to log into Miraheze

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Overview of our Planetary System (7.1);

How bright is the Sun compared with other stars?
What fraction of the Solar system consists of the Sun?
What fraction of all the planets, asteroids, and moons consists of Jupiter?
What are trans-Neptunian objects?
Roughly how many trans-Neptunian objects have been identified?

Composition and Structure of Planets (7.2);

Differentiation

T 2/6/18 Chapter 9 Cratered worlds

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https://cnx.org/contents/LnN76Opl@13.120:9ZMAAgfE@3/Thinking-Ahead

  • technical difficulties-full credit for paper hand in

W 2/7/18 Mercury

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  • Error in study guide: I will announce the answer to this question. You do need to know the definition of volatile, and also the fact that
  • No report. Just sign sheet.

Finish Ch9 with Mercury. A volatile subsance melts or evaporates at low temperature. Hydrogen and helium are most volitile, followed by water, followed by silicates (sand/glass), followed by the metals as the least volatile. Since it is so close to the sun, Mercury has has few volatile substances. Start

R 2/8/18 Venus

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Attempt to log into Miraheze. Also, poll students on whether they have WMF (Wikipedia/Wikiversity) accounts.

  • Test hints:
  1. The life cycle of stars like the sun: Protoplanetary disk-yellow dwarf-red giant-white dwarf. Discuss red giant stage in light of temperature and light energy production. See w:special:permalink/823036569#Characteristics and File:Sun_red_giant.svg
  2. The protoplanetary disks might have resembled the ring systems of our gas planets. See w:special:permalink/823862648 and note the dubious nature of the most recent edit.
  3. special:permalink/1816241#Mini-essay_on_Kepler_and_Tycho. See also this cache.



F 2/9/18 Venus and Mars

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https://cnx.org/contents/LnN76Opl@13.120:vTqctu7M@3/Thinking-Ahead

M 2/12/18 Venus

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Chapter 10 Venus and Mars Chapter Venus (Chapter 10)

T 2/13/18 Radioactive Dating

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  • Write the lede for Physics_and_Astronomy_Labs/Radioactive_decay_with_dice. You may either write by hand hand to me personally, or you may write electronically and submit a pdf to pilot. Best is to write on Miraheze and submit a permalink.
  • If you submit by hand: Place name and date on upper inch margin. Write "Public Domain CC0" somewhere below that margin.
  • If you submit a word or pdf file via Pilot. License it with "Public Domain CC0"

W 2/14/18

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Counting Crater's Lab.

R 2/15/18

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We will begin a series of lab/projects on stars:

  1. Spectral Classification: http://astro.unl.edu/naap/hr/hr_background1.html
  2. Luminosity: http://astro.unl.edu/naap/hr/hr_background2.html
  3. http://astro.unl.edu/naap/hr/hr_background3.html

M 2/19/18 Gas planets

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T 2/20/18 The failure of the shephards

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[https://highered.mheducation.com/olcweb/cgi/pluginpop.cgi?it=swf::800::600::/sites/dl/free/0072482621/78780/Solar_Nav.swf::Solar%20System%20Builder We were unable to get this simulation to exhibit sheparding. Instead two Hot Jupiters bookending 8-12 "plutos" eventually ate all of them. This shows the giant planet "cleaning" out it's region, but not the "pushing" of satellites away from the planet's orbit.

This video shows the actual sheparding of a small ring around Saturn

W 2/21/18 Pluto and Charon

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R 3/8/18

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OpenStax sections on Comets, Kuiper's belt and Oort's cloud.

F 3/9/18

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Test review

M 3/5/18

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T 3/6/18

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W 3/7/18 TEST 2

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Before Test 3

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3/8/18

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http://astro.unl.edu/naap/hr/hr.html FAILED TWICE WORKED ONCE

M 3/12/18

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http://astro.unl.edu/mobile/ TRY THIS

HR diagram T 3/13/18

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Continue with naap HR diagram lab using:

continued T 3/13/18

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W 3/14/18 Bell's theorem card game

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Cornell solid-state physicist David Mermin has described the appraisals of the importance of Bell's theorem in the physics community as ranging from "indifference" to "wild extravagance".
Lawrence Berkeley particle physicist Henry Stapp declared: "Bell's theorem is the most profound discovery of science."

Conclusion: Today we reviewed relative velocity using the "man-on-train" at Wikipedia:Relative velocity. Then we did the clock argument at wikipedia:special:permalink/829634204#Simple_inference_of_velocity_time_dilation. We reviewed the card game and a solid majority voted to play the couple's game at least once.

Next time, lets look at this: 

3====R 3/15/18==== 3====F 3/16/18==== 3====M 3/19/18==== 3====T 3/20/18==== 3====W 3/21/18==== 3====R 3/22/18==== 3====F 3/23/18==== 2====M 3/26/18==== 2====T 3/27/18==== 3test====

Before Test 4

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W 3/28/18==== 4====R 3/29/18==== 4====F 3/30/18==== 4====M 4/2/18==== 4====T 4/3/18==== 4====W 4/4/18==== 4====R 4/5/18==== 4====F 4/6/18==== 4====M 4/9/18==== 4====T 4/10/18==== 4====W 4/11/18==== 4====R 4/12/18==== 4====F 4/13/18==== 4====M 4/16/18==== 4====T 4/17/18==== 4test====

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