Aug 22 TIntroduction23 WIntroduction24 RIntroduction25 FIntroduction28 TLab 0: Error Analysis29 WLab 0: Error Analysis30 RLab 0: Error AnalysisSep 1 FLab 0: Error Analysis4 M Labor Day 5 TLab 1: Measurement Error6 WLab 1: Measurement Error7 RLab 1: Measurement Error8 FLab 1: Measurement Error12 TLab 2: Kinematics13 WLab 2: Kinematics14 RLab 2: Kinematics15 FLab 2: Kinematics19 TLab 3: Acceleration and Freefall20 WLab 3: Acceleration and Freefall21 RLab 3: Acceleration and Freefall22 FLab 3: Acceleration and Freefall26 TLab 4: Forces in Equilibrium27 WLab 4: Forces in Equilibrium28 RLab 4: Forces in Equilibrium29 FLab 4: Forces in EquilibriumOct 3 TLab 5: Newton's First and Third Laws4 WLab 5: Newton's First and Third Laws5 RLab 5: Newton's First and Third Laws6 FLab 5: Newton's First and Third Laws9 M Fall Break 10 T Fall Break 11 W No Labs 12 R No Labs 13 F No Labs 17 TLab 6: Newton's Second Law and Friction18 WLab 6: Newton's Second Law and Friction19 RLab 6: Newton's Second Law and Friction20 FLab 6: Newton's Second Law and Friction24 TLab 7: Uniform Circular Motion25 WLab 7: Uniform Circular Motion26 RLab 7: Uniform Circular Motion27 FLab 7: Uniform Circular Motion31 TLab 8: Linear Momentum and CollisionsNov 1 WLab 8: Linear Momentum and Collisions2 RLab 8: Linear Momentum and Collisions3 FLab 8: Linear Momentum and Collisions7 TLab 9: Simple Harmonic Motion8 WLab 9: Simple Harmonic Motion9 RLab 9: Simple Harmonic Motion10 FLab 9: Simple Harmonic Motion14 TLab 10: Gravitation and Dark Matter (1303) /Fluids (1307)15 WLab 10: Gravitation and Dark Matter (1303) /Fluids (1307)16 RLab 10: Gravitation and Dark Matter (1303) /Fluids (1307)17 FLab 10: Gravitation and Dark Matter (1303) /Fluids (1307)20 M No Labs 21 TMake-up Lab: Archimedes' Principle and Buoyancy22 W No Labs 23 R Thanksgiving 24 F Thanksgiving 28 TPracticum29 WPracticum30 RPracticumDec 1 FPracticum