Physics II Honors
Chapter 5
Steven Hawking and Chapter 26 Serway/Faughn

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Updated 10.8.2007

Thursday, September 20

  • Chapters 3 & 4 Quiz
Friday, September 21 – No school – Teacher Inservice

Monday, September 24

  • Read chapter 5
  • Hoyle and the steady state cosmologists at Cambridge vs. the big bang cosmologists at Oxford
  • Gamov
  • Prediction of cosmic background radiation
  • Penzias and Wilson's accidental discovery

Tuesday, September 25

  • COBE and WMAP
  • What did Hawking do anyway? Theory that big bang and black holes are analogues.

Wednesday, September 26

  • Pass out Serway/Faughn blue book with book receipts
  • Intro to relativity:
    • If a car is traveling at 0.5c and it turns its lights on how fast do the lights move forward?
    • Other paradoxes of relative motion...

Thursday, September 27

  • Einstein's special relativity vs. Galilean relativity
  • Simultaneity, time dilation, and the twin paradox

Friday, September 28

  • More on the Twin Paradox
  • Length contraction

Monday, October 1

  • P. 869; 3-6, 10 due (Problems in the textbook - not the conceptual questions)
  • Hand in homework
  • Velocity addition

Tuesday, October 2

  • Rest energy and total energy calculations
  • Work on problems

Wednesday, October 3

  • P. 871; 21-24, 28-29 due (Textbook)
  • Hand in homework
  • Comparing classical, special and general relativity
  • Consequenses of general relativity

Friday, October 5

  • Chapter 6 discussion
  • Ancient Greek elements and other simple particle theories
  • Transmutation by alchemists, etc.
  • Mendeleev's observation of periodicity; recommended that uranium be studied more due to the rays that came off it based on Becquerel's accidental discovery by putting pitchblende on a photographic plate in a drawer for storage.
  • Curies' experiments to measure uranium's power - used radioactive elements to ionize air that would conduct electricity. They got uranium from pitchblende and thought that the ore wouldn't be as radioactive but it was more radioactive. They then isolated polonium and radium and confirmed their unique Fraunhofer lines. Warm blue light and heat from radium was sought as a therapeutic tool - bad idea... Energy from matter? How is this done... connection to E=mc2.

Monday, October 8 – No school – Teachers Inservice

Tuesday, October 9

  • Chapters 5, 6 & 26 quiz