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MAE 4710/5710 Applied Dynamics duration 1 hour 22 minutes MAE 4710/5710 Applied Dynamics MAE 4710/5710 Applied Dynamics	MAE 4710/5710 Applied Dynamics Zoom Recording ID: 200816800 UUID: iLqM8KGMQQ2+g+1D2V4Anw== Meeting Time: 2020-05-08T16:12:19Z trunk angle grocery cart symmetrical bicycle control system step forward spinning things negative trail wheels surveying rigid object sideways force turn left story corps real parts exponential decay steering axis bicycle parts excel ration reference frame front wheel slight negative trail falls faster differential equation reaction force frames of reference support point interesting thing movie satisfies control engineering reason bicycles balance critical point double dot singularity theory systems theory control theory background sound ground contact good bearing sideways gravity mechanical system negative real caption complete time step analytic geometry opposite direction rear wheel gyro theory minute video algebra free body diagram delta double bicycle fall bicycle balance growing solutions ted talk pendulums cycle types vehicle technology contact point center mass fall faster neuroscience rotation classical mechanics sideways motion 4th order polynomial hand side passive bicycle sports clothing inverted pendulum vectors vector calculus minute physics unit vectors cross product exponentially growing bicycle thing gravity force linear operators in calculus office hours elementary mathematics terrible idea delta dot term rotating reference From Andy Ruina 27 plays
18 - Physical pendulum; 2D object in general… duration 44 minutes 8 seconds 18 - Physical pendulum; 2D object in general… 18 - Physical pendulum; 2D object in general motion Session 18	18 - Physical pendulum; 2D object in general motion Session 18 2013-03-28 13:58:03+00 computer graphics graphics software linear algebra caption complete calculation balance thing display technology question spring 2013 videonote logical consequence pendulum point geometry elementary geometry diagrams length trigonometry philosophical terminology f.a.a. differential topology educational psychology latin alphabet reasoning elementary mathematics neuroscience direction rotation problem body diagram equation conservation laws acceleration b.. mechanics velocity calculate s.a.t. binary operations force algebra mass differential calculus g.. property law figure argument classical mechanics dynamics moment component negative kinematics didactics analytic geometry greek alphabet position statistical terminology graphic design logic double dot concepts in physics telecommunications moment inertia film and video technology elementary algebra From mjp337@cornell.edu 55 plays
15 - Mechanics Review; Circular Motion… duration 49 minutes 13 seconds 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 30 plays