Jan 24 TIntroduction25 WIntroduction26 RIntroduction27 FIntroduction31 TLab 0: Error AnalysisFeb 1 WLab 0: Error Analysis2 RLab 0: Error Analysis3 FLab 0: Error Analysis7 TLab 1: Measurement Error8 WLab 1: Measurement Error9 RLab 1: Measurement Error10 FLab 1: Measurement Error14 TLab 2: Kinematics15 WLab 2: Kinematics16 RLab 2: Kinematics17 FLab 2: Kinematics21 TLab 3: Acceleration and Freefall22 WLab 3: Acceleration and Freefall23 RLab 3: Acceleration and Freefall24 FLab 3: Acceleration and Freefall28 TLab 4: Newton's First and Third LawsMar 1 WLab 4: Newton's First and Third Laws2 RLab 4: Newton's First and Third Laws3 FLab 4: Newton's First and Third Laws7 TLab 5: Forces in Equilibrium8 WLab 5: Forces in Equilibrium9 RLab 5: Forces in Equilibrium10 FLab 5: Forces in Equilibrium13 M Spring Break 14 T Spring Break 15 W Spring Break 16 R Spring Break 17 F Spring Break 21 TLab 6: Newton's Second Law and Friction22 WLab 6: Newton's Second Law and Friction23 RLab 6: Newton's Second Law and Friction24 FLab 6: Newton's Second Law and Friction28 TLab 7: Linear Momentum and Collisions29 WLab 7: Linear Momentum and Collisions30 RLab 7: Linear Momentum and Collisions31 FLab 7: Linear Momentum and CollisionsApr 4 TLab 8: Uniform Circular Motion5 WLab 8: Uniform Circular Motion6 RLab 8: Uniform Circular Motion7 FLab 8: Uniform Circular Motion10 MMake-up Lab: Archimedes' Principle and Buoyancy11 T No Labs 12 W No Labs 13 R No Labs 14 F Good Friday 18 TLab 9: Simple Harmonic Motion19 WLab 9: Simple Harmonic Motion20 RLab 9: Simple Harmonic Motion21 FLab 9: Simple Harmonic Motion25 TLab 10: Standing Waves26 WLab 10: Standing Waves27 RLab 10: Standing Waves28 FLab 10: Standing WavesMay 1 M 2 TPracticum3 WPracticum4 RPracticum5 FPracticum