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PHY 7 11 Classical Mechanics and Mathematical Methods 10-10:50 AM MWF Olin 103

PHY 7 11 Classical Mechanics and Mathematical Methods 10-10:50 AM MWF Olin 103 Plan for Lecture 38: Comment on Exam questions Remaining concepts in classical mechanics Stokes equation Class evaluation.

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PHY 7 11 Classical Mechanics and Mathematical Methods 10-10:50 AM MWF Olin 103

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  1. PHY 711 Classical Mechanics and Mathematical Methods • 10-10:50 AM MWF Olin 103 • Plan for Lecture 38: • Comment on Exam questions • Remaining concepts in classical mechanics • Stokes equation • Class evaluation PHY 711 Fall 2012 -- Lecture 38

  2. PHY 711 Fall 2012 -- Lecture 38

  3. Schedule for PHY 711 presentationsMonday, Dec. 3, 201210:00            Pete Diemer  -- examples of hydrodynamic phenomena10:15   Katelyn Goetz - Physics and Golf 10:3010:4511:00Xiaohua Liu---Wednesday, Dec. 5, 201210:00         Zach Lamport -- The Physics of Hockey10:15 Jiajie Xiao -- Physics of Chinese Flute10:30         David Montgomery--10:45 Chaochao Dun-Membranes11:00 PHY 711 Fall 2012 -- Lecture 38

  4. Comment on examproblem 2 PHY 711 Fall 2012 -- Lecture 38

  5. Principal moments of inertia x PHY 711 Fall 2012 -- Lecture 38

  6. Comment on exam problem 4 2a a PHY 711 Fall 2012 -- Lecture 38

  7. 2a a PHY 711 Fall 2012 -- Lecture 38

  8. For l=0: k=3.286/a x=-2.125 PHY 711 Fall 2012 -- Lecture 38

  9. For l=1: k=0.920/a x=-0.092/a PHY 711 Fall 2012 -- Lecture 38

  10. Brief introduction to viscous effects in incompressible fluids u FD Plan: Consider the general effects of viscosity on fluid equations Consider the solution to the linearized equations for the case of steady-state flow of a sphere of radius R Infer the drag force needed to maintain the steady-state flow PHY 711 Fall 2012 -- Lecture 38

  11. PHY 711 Fall 2012 -- Lecture 38

  12. PHY 711 Fall 2012 -- Lecture 38

  13. PHY 711 Fall 2012 -- Lecture 38

  14. PHY 711 Fall 2012 -- Lecture 38

  15. PHY 711 Fall 2012 -- Lecture 38

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