Jan 18 M Martin Luther King Day 19 TIntroduction20 WIntroduction21 RIntroduction22 FIntroduction26 TLab 0: Error Analysis27 WLab 0: Error Analysis28 RLab 0: Error Analysis29 FLab 0: Error AnalysisFeb 2 TLab 1: Measurement Error3 WLab 1: Measurement Error4 RLab 1: Measurement Error5 FLab 1: Measurement Error9 TLab 2: Kinematics10 WLab 2: Kinematics11 RLab 2: Kinematics12 FLab 2: Kinematics16 TLab 3: Acceleration and Freefall17 WLab 3: Acceleration and Freefall18 RLab 3: Acceleration and Freefall19 FLab 3: Acceleration and Freefall23 TLab 4: Newton's First and Third Laws24 WLab 4: Newton's First and Third Laws25 RLab 4: Newton's First and Third Laws26 FLab 4: Newton's First and Third LawsMar 1 TLab 5: Forces in Equilibrium2 WLab 5: Forces in Equilibrium3 RLab 5: Forces in Equilibrium4 FLab 5: Forces in Equilibrium7 M Spring Break 8 T Spring Break 9 W Spring Break 10 R Spring Break 11 F Spring Break 15 TLab 6: Newton's Second Law and Friction16 WLab 6: Newton's Second Law and Friction17 RLab 6: Newton's Second Law and Friction18 FLab 6: Newton's Second Law and Friction22 T No Labs 23 W No Labs 24 R No Labs 25 F Good Friday 29 TLab 7: Linear Momentum and Collisions30 WLab 7: Linear Momentum and Collisions31 RLab 7: Linear Momentum and CollisionsApr 1 FLab 7: Linear Momentum and Collisions5 TLab 8: Uniform Circular Motion6 WLab 8: Uniform Circular Motion7 RLab 8: Uniform Circular Motion8 FLab 8: Uniform Circular Motion12 TLab 9: Simple Harmonic Motion13 WLab 9: Simple Harmonic Motion14 RLab 9: Simple Harmonic Motion15 FLab 9: Simple Harmonic Motion19 TLab 10: Standing Waves20 WLab 10: Standing Waves21 RLab 10: Standing Waves22 FLab 10: Standing Waves25 MMake-up Lab: Archimedes' Principle and Buoyancy26 TPracticum27 WPracticum28 RPracticum29 FPracticum