January 16 (Mon): Intro/tools (units/vectors) January 18 (Wed): 1-D Motion: eqns of motion; January 19 (Thu): 1-D Motion: eqns of motion; 2D January 20 (Fri): 2D Motion January 23 (Mon): No Class (MLK) January 25 (Wed): 2D motion January 26 (Thu): Jerks and non-constant acceleration January 27 (Fri): Circular motion; EXTRA=a_t and a_r January 30 (Mon): Newton's law, F=ma, Normal Force February 01 (Wed): Tension February 02 (Thu): Tension and vector nature February 03 (Fri): Friction (5.1) February 06 (Mon): Forces in circular motion (5.2) February 08 (Wed): EXTRA: ropes w/ mass, and non-constant tension, etc. (5.3,5.4) February 09 (Thu): Review February 10 (Fri): EXAM #1 February 13 (Mon): Work February 15 (Wed): Work and Kinetic Energy February 16 (Thu): Potential Energy February 17 (Fri): Conservation of Energy February 20 (Mon): Momentum, Impulse, Force February 22 (Wed): Conservation of Momentum - inelastic February 23 (Thu): Conservation of Momentum - elastic February 24 (Fri): Variable mass problems and C.O.M. February 27 (Mon): Rotational Kinematics February 29 (Wed): March 01 (Thu): March 02 (Fri):