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50:31 21 - Collision Mechanics Session 21 21 - Collision Mechanics Session 21	21 - Collision Mechanics Session 21 2013-04-09 08:59:57+00 point equations binary operations angle configuration c.. impulse conservation continuum mechanics anatomy engineering concepts educational psychology collision concepts in physics rigid bodies mass k.. arithmetic force calculation velocity geometry walking integral calculus emotions phase change diagrams greek alphabet locomotion (biological) control engineering conservation laws vowel letters numbers length spring 2013 discontinuity pendulums thing d.m. homework functions and mappings kinematics emotion caption complete equation particle physics acoustics rotational symmetry video game development forms of energy respect hearing matter gyroscopes mechanics algebra position question dynamics mathematics education d.. energy engine technology rotation t.. classical mechanics videonote minus machines symbols From mjp337@cornell.edu 5 plays
48:30 20 - Rolling (cont'd) Session 20 20 - Rolling (cont'd) Session 20	20 - Rolling (cont'd) Session 20 2013-04-04 08:57:15+00 elementary algebra squared sliding dynamics topology energy economics algebra depend perpendicular diagrams chemical engineering rigid bodies k.. earth classical mechanics calculation force demonstration friction force block specification languages forms of energy particle physics thing thermodynamics simple machines mechanics statics minus energy m.r. acceleration answer statistical terminology bigger linear algebra length motion mass angle gyroscopes analytic geometry caption complete pendulums coefficient chemistry problem concepts in physics equation trigonometry kinetic neuroscience decision theory friction geography communication information science spring 2013 greek alphabet velocity question videonote matter materials science tribology kinematics mechanical engineering dynamical systems free body rotation computing terminology elementary geometry From mjp337@cornell.edu 5 plays
43:31 17 - Angular velocity momentum of rigid object… 17 - Angular velocity momentum of rigid object Session 17	17 - Angular velocity momentum of rigid object Session 17 2013-03-26 08:58:39+00 elementary algebra product force physical objects geography terminology educational psychology conservation laws mechanical engineering diagrams point rigid bodies k.. measurement integral calculus classical mechanics equation object length virtue answer analytic geometry differential topology thing atmospheric thermodynamics dot functions and mappings mechanics rotational symmetry vector acceleration marketing elementary mathematics linear algebra relative motion mass angle philosophical terminology moment data management caption complete algebra respect circles problem concepts in physics d.. circle ontology fluid dynamics kinematics human behavior geometry communication computer companies spring 2013 position greek alphabet geodesy velocity direction videonote latin alphabet numerical differential equations b.. magnitude cross political philosophy american brands question gravitation e.r. rotation elementary geometry From mjp337@cornell.edu 11 plays
49:13 15 - Mechanics Review; Circular Motion… 15 - Mechanics Review; Circular Motion (cont'd) Session 15	15 - Mechanics Review; Circular Motion (cont'd) Session 15 2013-03-12 08:50:14+00 dot information science force fluid mechanics videonote rigid bodies thermodynamics engineering tribology matter display technology principles direction double dot caption complete diagrams mathematical analysis analytic geometry density celestial mechanics rigid object minus philosophy of mathematics academic administration particle mathematical physics binary operations dimension mathematical objects thing numeral systems mechanical engineering vector logic coordinates spring 2013 communication mechanics functions and mappings dynamics greek alphabet simplification equation velocity aerodynamics differentiation fluid dynamics philosophy vowel letters statics egyptian artefact types circle concepts in physics partial differential equations kinematics one approximation length problem elementary geometry question physical objects astrometry energy energy development exponentials position equations particle physics linear algebra latin alphabet educational psychology algebra elementary mathematics circles distance quantity angle mathematical notation change representation differential calculus elementary algebra gyroscopes geometry linear operators in calculus classical mechanics trigonometry infinity neuroscience mass acceleration differential equations continuum mechanics rotation equal motion From mjp337@cornell.edu 12 plays