Ap Physics Week of October 18 th – 22 nd October 18 th : Rotational Motion under Constant Acceleration / Relations between Angular and Linear Quantities.

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Presentation transcript:

Ap Physics Week of October 18 th – 22 nd October 18 th : Rotational Motion under Constant Acceleration / Relations between Angular and Linear Quantities October 18 th : Rotational Motion under Constant Acceleration / Relations between Angular and Linear Quantities Problems 3, 7, 10, 12 October 19 th : Centripetal Acceleration and October 19 th : Centripetal Acceleration and Centripetal Force Problems Problems 14, 15, 17, 18 Problems 14, 15, 17, 18 October 20 th : Centripetal Acceleration and Centripetal Force Problems/ minilab/Universal Law of Gravity/ Cavendish October 20 th : Centripetal Acceleration and Centripetal Force Problems/ minilab/Universal Law of Gravity/ Cavendish Problems 21, 23, 26, 28 Problems 21, 23, 26, 28 October 21 st : Potential Energy due to Gravity ( revisited ) / Kepler’s Laws Problems 29, 31, 32, 35 October 21 st : Potential Energy due to Gravity ( revisited ) / Kepler’s Laws Problems 29, 31, 32, 35 October 22 nd : Torque / The Second Condition for Equilibrium October 22 nd : Torque / The Second Condition for Equilibrium Chapter 8:Problems 5, 7, 8, 9 Chapter 8:Problems 5, 7, 8, 9

Ap Physics Week of October 25 th – 29 th October 25 th : Center of Gravity / Center of Mass Systems October 25 th : Center of Gravity / Center of Mass Systems Problems 13, 15 October 26 th : Problems: Ladders, Doors, October 26 th : Problems: Ladders, Doors, See Saws and Signs Problems 17, 19 October 27 th : Problems: Ladders, Doors, October 27 th : Problems: Ladders, Doors, See Saws and Signs October 28 th : Problems: Ladders, Doors, October 28 th : Problems: Ladders, Doors, See Saws and Signs ( cont. ) Problems 20, 21, 23 October 29 th : Experiment #7 October 29 th : Experiment #7 Problems 25, 26, 27

Ap Physics Week of November 1 st – 5 th November 1 st : Moment of Inertia / November 1 st : Moment of Inertia / Moment of Inertia Problems Problems 29, 32 November 2 nd : Moment of Inertia / November 2 nd : Moment of Inertia / Moment of Inertia Problems (continued ) Problems 35, 36 November 3 rd : Rotational Kinetic Energy and Rotational Momentum November 3 rd : Rotational Kinetic Energy and Rotational Momentum Problems 39, 43, 47 November 4 th : catch up day November 4 th : catch up day Homework due November 5 th : Test #5 on Chapter 7 & 8 November 5 th : Test #5 on Chapter 7 & 8

Ap Physics Week of November 8 th - 12 th November 8 th : Young’s Moduli/ Bulk Moduli and Shear Moduli November 8 th : Young’s Moduli/ Bulk Moduli and Shear Moduli November 9 th : Buoyant Forces/ Density / Pressure November 9 th : Buoyant Forces/ Density / Pressure November 10 th : Bernoulli Equation / Equation of Continuality November 10 th : Bernoulli Equation / Equation of Continuality November 11 th : Off -----Work day for AP ????? November 11 th : Off -----Work day for AP ????? November 12 th : Bernoulli Equation / Equation of Continuality November 12 th : Bernoulli Equation / Equation of Continuality

Ap Physics Week of November 15 th - 20 th November 15 th : Experiment #8 - Bernoulli November 15 th : Experiment #8 - Bernoulli Homework due November 16 th : Thermal Physics / Zero th Law of Thermodynamics / Thermometers / Temperature November 16 th : Thermal Physics / Zero th Law of Thermodynamics / Thermometers / Temperature November 17 th : Thermal Expansion November 17 th : Thermal Expansion November 18 th : Laboratory Experiment #9 Thermal Expansion November 18 th : Laboratory Experiment #9 Thermal Expansion November 19 th : Laboratory Experiment #9 (cont) November 19 th : Laboratory Experiment #9 (cont)

Ap Physics Week of November 23 rd - 27 th November 23 rd : Special Speaker November 23 rd : Special Speaker November 24 th : Kinetic Theory of Gases / November 24 th : Kinetic Theory of Gases / Ideal Gas Law November 25 th : Off November 25 th : Off November 26 th : Off November 26 th : Off November 27 th : Off November 27 th : Off

Ap Physics Week of November 29 th – December 3 rd November 29 th : Heat / Specific Heat / Heat Transfer – Conduction / Convection / Radiation November 29 th : Heat / Specific Heat / Heat Transfer – Conduction / Convection / Radiation November 30 th :Heat and Internal Energy / Heat and Work / Isotherms and PVT diagrams November 30 th :Heat and Internal Energy / Heat and Work / Isotherms and PVT diagrams December 1 st : First Law of Thermodynamics December 1 st : First Law of Thermodynamics December 2 nd : Second Law of Thermodynamics December 2 nd : Second Law of Thermodynamics December 3 rd : Processes December 3 rd : Processes Option of a Saturday for catching up on lab work Option of a Saturday for catching up on lab work

Ap Physics Week of December 6 th - 10 th December 6 th : Processes December 6 th : Processes December 7 th : Processes (cont ) December 7 th : Processes (cont ) December 8 th : Processes (cont ) December 8 th : Processes (cont ) December 9 th : Accountability Day then Entropy / Efficiency / Catch up December 9 th : Accountability Day then Entropy / Efficiency / Catch up December 10 th : Laboratory Experiment #10 Heat transfer Homework due December 10 th : Laboratory Experiment #10 Heat transfer Homework due

Ap Physics Week of December 13 th - 17 th December 13 th : Test #7 on Chapters 10, 11, and 12 December 13 th : Test #7 on Chapters 10, 11, and 12 December 14 th : Hooke’s Law, Potential Energy of a spring, and Parts of a Wave December 14 th : Hooke’s Law, Potential Energy of a spring, and Parts of a Wave December 15 th : SHM December 15 th : SHM December 16 th : SHM December 16 th : SHM December 17 th : SHM and waves December 17 th : SHM and waves

Ap Physics Week of December 20 th - December 20 th : Semester test for periods 1-3 homework and Labs due at class time December 20 th : Semester test for periods 1-3 homework and Labs due at class time December 21 st : Semester test for periods 4-7 December 21 st : Semester test for periods 4-7 December 22 nd : Off for Christmas break December 22 nd : Off for Christmas break END OF THE FIRST SEMESTER