Aug 26 WIntroduction27 RIntroduction28 FIntroductionSep 1 TIntroduction2 WLab 0: Error Analysis3 RLab 0: Error Analysis4 FLab 0: Error Analysis8 TLab 0: Error Analysis9 W Follow Monday class schedule 10 R No Lab 11 F No Lab 15 TLab 1: Measurement Error16 WLab 1: Measurement Error17 RLab 1: Measurement Error18 FLab 1: Measurement Error22 TLab 2: Kinematics23 WLab 2: Kinematics24 RLab 2: Kinematics25 FLab 2: Kinematics29 TLab 3: Acceleration and Freefall30 WLab 3: Acceleration and FreefallOct 1 RLab 3: Acceleration and Freefall2 FLab 3: Acceleration and Freefall6 TLab 4: Newton's First and Third Laws7 WLab 4: Newton's First and Third Laws8 RLab 4: Newton's First and Third Laws9 FLab 4: Newton's First and Third Laws13 T Fall Break 14 WLab 5: Forces in Equilibrium15 RLab 5: Forces in Equilibrium16 FLab 5: Forces in Equilibrium20 TLab 5: Forces in Equilibrium21 WLab 6: Newton's Second Law and Friction22 RLab 6: Newton's Second Law and Friction23 FLab 6: Newton's Second Law and Friction27 TLab 6: Newton's Second Law and Friction28 WLab 7: Linear Momentum and Collisions29 RLab 7: Linear Momentum and Collisions30 FLab 7: Linear Momentum and CollisionsNov 3 TLab 7: Linear Momentum and Collisions4 WLab 8: Uniform Circular Motion5 RLab 8: Uniform Circular Motion6 FLab 8: Uniform Circular Motion10 TLab 8: Uniform Circular Motion11 WLab 9: Simple Harmonic Motion12 RLab 9: Simple Harmonic Motion13 FLab 9: Simple Harmonic Motion17 TLab 9: Simple Harmonic Motion18 WLab 10: Standing Waves19 RLab 10: Standing Waves20 FLab 10: Standing Waves24 TLab 10: Standing Waves25 W Thanksgiving 26 R Thanksgiving 27 F Thanksgiving 30 MMake-up LabDec 1 TPracticum2 WPracticum3 RPracticum4 FPracticum8 T No Lab 9 W No Lab