2. AP Physics Week 03 09-08-09 Through 09-11-09

3. No School! Labor Day Monday09-08-09

4.  Take out Fluids FR packets  1 st period: Take out a red pen (if you have one) Bellwork09-08-09

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6. Objective  TSWBAT Understand how to manipulate the Bernoulli equation and write an AP lab procedure

7. Class Plans  1 st period: Grade quizzes (red ink)  Look at response for a lab procedure FR: 2002 Q6 (c)  Grade Lab Procedures (Sink/Swim)  Mastering Bernoulli’s Relationship: FR 2008B Q4 (a-b)  HW: Fluids #2 online due tomorrow night  Quiz Friday: will be a timed FR question on gas laws  Help Session: Thurs Morn – Topic – Gas Law F.R. questions  On website: Print thermo FR, bring Thurs.

8. F.R. 2002 Q6 (c-d)

10.  Pick up Ranking Tasks by the bins Bellwork09-09-09

11. + Are you more or less dense before or after the restroom?

12. Objective  TSWBAT understand the kinetic theory model of an ideal gas

13. Class Plans  Thermo notes: Total E. and Ideal Gas Law  Give Thermo HW #1: Ch 13 Rev. packet from Giancoli – Due Mon  Fluids Ranking Tasks – Groups o’ 3  HW: Fluids #2 due tonight (11:59)  Quiz Friday: will be a timed FR question – Ideal Gas Law  Help Session: Tomorrow Morn – Topic – Gas Laws FR  On website: Print thermo FR, bring tomorrow

14. Fluids Ranking Answers  Blocks Suspended in Liquids—Buoyant Force  AB C DF E  Blocks Suspended in Liquids—Volume of Liquid Displaced  All same  Blocks Suspended in Liquids—Mass of Liquid Displaced  AB C DF E  Blocks Suspended in Liquids at Different Depths—Buoyant Force  BDE ACF  Floating Blocks with Different Loads—Buoyant Force  DG F ABC E  Blocks Suspended in Water—String Tension  C BF A D E  Blocks Suspended in Liquids—Buoyant Force II  B EF CD A  Blocks Floating in Liquids—Buoyant Force  E G CF DH AB  Blocks at the Bottom of Liquids—Buoyant Force  B FG CE AH D  Cylinders of Water—Pressure on the Plug I  H CF AG BDE  Cylinders of Liquids—Pressure on the Plug II  C E F AB D

15.  Take out Thermo FR packets and answers Bellwork09-10-09

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17. Objective  TSWBAT apply the ideal gas law to solve for pressure, temp., volume or number of moles in a given situation

18. Class Plans  FR Practice Problems – in teams  FR – 2005 Q6 (pg.4)  2007B Q5  1996 Q7  If time: Thermo Notes - Kinetic Theory of Gases  HW: Thermo #1 due Monday  Quiz Tomorrow: will be a timed FR question

19.  Prepare for FR quiz:  Calculator, pencil, EQ list Bellwork09-11-09

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21. Objective  TSWBAT find the average kinetic energy and the average speed of molecules in a gas sample at given temp.

22. Class Plans  Quiz: timed FR question – Ideal Gas Law  Thermo notes: Day 2 – Kinetic Thy.  HW: Thermo #1 Due Monday