Phys-L List Archive (by Thread) of January, 2016

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• [Phys-L] Particle in a Box experiment, John Sohl
• [Phys-L] ocean energy, thermal energy, heat, John Denker
• [Phys-L] the latest in science, Bernard Cleyet
  • Re: [Phys-L] the latest in science, John Denker
• [Phys-L] rotating cans of water, Carl Mungan
  • Re: [Phys-L] rotating cans of water, John Denker
  • Re: [Phys-L] rotating cans of water, John Denker
    • Re: [Phys-L] rotating cans of water, Carl Mungan
• [Phys-L] job opportunity, Anthony Lapinski
• [Phys-L] Fw: new message, Ludwik Kowalski
  • <Possible follow-ups>
  • [Phys-L] Fw: new message, Peter F . Macaluso
• [Phys-L] Student Video Contest - CASH prize!, Jim Flannery
• [Phys-L] work versus mechanical transfer of energy, John Denker
  • Re: [Phys-L] work versus mechanical transfer of energy, Carl Mungan
    • Re: [Phys-L] work versus mechanical transfer of energy, John Denker
      • Re: [Phys-L] work versus mechanical transfer of energy, Lulai, Paul
      • Re: [Phys-L] work versus mechanical transfer of energy, John Denker
      • Re: [Phys-L] work versus mechanical transfer of energy, Diego Saravia
      • Re: [Phys-L] work versus mechanical transfer of energy, Diego Saravia
      • Re: [Phys-L] work versus mechanical transfer of energy, Lulai, Paul
      • [Phys-L] ?conservation of _internal_ energy, John Denker
      • Re: [Phys-L] ?conservation of _internal_ energy, David Bowman
      • Re: [Phys-L] ?conservation of _internal_ energy, John Denker
      • Re: [Phys-L] ?conservation of _internal_ energy, Diego Saravia
      • Re: [Phys-L] ?conservation of _internal_ energy, John Denker
      • Message not available
      • [Phys-L] Fwd: ?conservation of _internal_ energy, Diego Saravia
      • Re: [Phys-L] ?conservation of _internal_ energy, Herbert Schulz
      • [Phys-L] fundamental definition of "conservation", John Denker
      • Re: [Phys-L] fundamental definition of "conservation", Diego Saravia
      • Re: [Phys-L] fundamental definition of "conservation", Diego Saravia
      • Re: [Phys-L] fundamental definition of "conservation", Diego Saravia
      • Re: [Phys-L] ?conservation of _internal_ energy, Lulai, Paul
      • Re: [Phys-L] ?conservation of _internal_ energy, John Denker
      • Re: [Phys-L] ?conservation of _internal_ energy, Herbert Schulz
      • Re: [Phys-L] ?conservation of _internal_ energy, Richard Tarara
      • Re: [Phys-L] ?conservation of _internal_ energy, Herbert Schulz
      • Re: [Phys-L] ?conservation of _internal_ energy, John Denker
      • Re: [Phys-L] ?conservation of _internal_ energy, Herbert Schulz
      • Re: [Phys-L] ?conservation of _internal_ energy, Carl Mungan
      • Re: [Phys-L] ?conservation of _internal_ energy, Herbert Schulz
      • Re: [Phys-L] ?conservation of _internal_ energy, Carl Mungan
      • [Phys-L] what makes the car go?, John Denker
      • Re: [Phys-L] ?conservation of _internal_ energy, Herbert Schulz
      • Re: [Phys-L] ?conservation of _internal_ energy, Carl Mungan
      • Re: [Phys-L] ?conservation of _internal_ energy, John Denker
      • Re: [Phys-L] ?conservation of _internal_ energy, Herbert Schulz
      • Re: [Phys-L] ?conservation of _internal_ energy, John Denker
      • Re: [Phys-L] ?conservation of _internal_ energy, Herbert Schulz
      • Re: [Phys-L] ?conservation of _internal_ energy, Carl Mungan
      • Re: [Phys-L] ?conservation of _internal_ energy, Diego Saravia
      • Re: [Phys-L] ?conservation of _internal_ energy, Diego Saravia
      • Re: [Phys-L] ?conservation of _internal_ energy, Diego Saravia
  • Re: [Phys-L] work versus mechanical transfer of energy, Diego Saravia
    • Re: [Phys-L] work versus mechanical transfer of energy, Carl Mungan
      • Re: [Phys-L] work versus mechanical transfer of energy, Diego Saravia
      • Re: [Phys-L] work versus mechanical transfer of energy, John Denker
      • Re: [Phys-L] work versus mechanical transfer of energy, Diego Saravia
      • Re: [Phys-L] work versus mechanical transfer of energy, John Denker
      • Re: [Phys-L] work versus mechanical transfer of energy, Diego Saravia
      • Re: [Phys-L] work versus mechanical transfer of energy, Diego Saravia
      • Re: [Phys-L] work versus mechanical transfer of energy, John Denker
      • Re: [Phys-L] work versus mechanical transfer of energy, Diego Saravia
      • Re: [Phys-L] work versus mechanical transfer of energy, John Denker
      • Re: [Phys-L] work versus mechanical transfer of energy, Diego Saravia
      • Re: [Phys-L] work versus mechanical transfer of energy, Bernard Cleyet
      • Re: [Phys-L] work versus mechanical transfer of energy, Diego Saravia
• [Phys-L] 50 Modeling Workshops this summer. Forward to science teachers in your town, Jane Jackson
• [Phys-L] ASU's MNS degree in physics for HS teachers has in-state tuition for 15 western states, Jane Jackson
• [Phys-L] century old glass images, Bernard Cleyet
  • Re: [Phys-L] century old glass images, Chuck Britton
    • Re: [Phys-L] century old glass images, Bernard Cleyet
• [Phys-L] attacking climate denyers, Bernard Cleyet
  • Re: [Phys-L] attacking climate denyers, LaMontagne, Bob
• Re: [Phys-L] climate change continues apace, John Denker
  • Re: [Phys-L] climate change continues apace, Bernard Cleyet
  • <Possible follow-ups>
  • Re: [Phys-L] climate change continues apace, Forinash III, Kyle
• [Phys-L] advert for the astronomically inclined, Bernard Cleyet
• Re: [Phys-L] AGCC --art, Bernard Cleyet
• [Phys-L] Evidence for a Distant Giant Planet in the Solar System, John Denker
• [Phys-L] Planet lineup demo, Bob Sciamanda
  • Re: [Phys-L] Planet lineup demo, Bob Sciamanda
    • Re: [Phys-L] Planet lineup demo, Anthony Lapinski
• [Phys-L] Why is light slower in glass?, Savinainen Antti
  • Re: [Phys-L] Why is light slower in glass?, Shahram Mostarshed
    • Re: [Phys-L] Why is light slower in glass?, Bernard Cleyet
  • Re: [Phys-L] Why is light slower in glass?, Bernard Cleyet
  • Re: [Phys-L] Why is light slower in glass?, John Denker
    • Re: [Phys-L] Why is light slower in glass?, Bob Sciamanda
      • Re: [Phys-L] Why is light slower in glass?, John Denker
    • Re: [Phys-L] Why is light slower in glass?, Bernard Cleyet
• [Phys-L] APOD, Anthony Lapinski
  • <Possible follow-ups>
  • Re: [Phys-L] APOD, Aburr
    • [Phys-L] data visualization; snowfall example; 3He example, John Denker
      • Re: [Phys-L] data visualization; snowfall example; 3He example, Bernard Cleyet
• [Phys-L] Temperature for the calorie?, Peter Schoch
  • Re: [Phys-L] Temperature for the calorie?, rjensen
  • Re: [Phys-L] Temperature for the calorie?, Diego Saravia
    • Re: [Phys-L] Temperature for the calorie?, Horst Wahl
  • Re: [Phys-L] Temperature for the calorie?, John Denker
    • Re: [Phys-L] Temperature for the calorie?, John Denker
      • Re: [Phys-L] Temperature for the calorie?, Anthony Lapinski
      • Re: [Phys-L] Temperature for the calorie?, Richard Tarara
• [Phys-L] It was 30 years ago today..., Anthony Lapinski
• [Phys-L] broken telescope keeps spotting new planets, John Denker
  • Re: [Phys-L] broken telescope keeps spotting new planets, Bernard Cleyet