Search for tag: "pendulum"

13 Media

LECTURE duration 53 minutes 35 seconds LECTURE LECTURE	LECTURE Zoom Recording ID: 96071157995 UUID: gD79PnRLRd+dn1Qt4Fm+pg== Meeting Time: 2021-03-31T16:55:05Z theta dot thing times equation r. mass earth energy star sides acceleration equations force balance pendulum term tension motion hand From Andy Ruina 2 plays
MAE 4730/5730 Lecture duration 1 hour 2 minutes MAE 4730/5730 Lecture MAE 4730/5730 Lecture	MAE 4730/5730 Lecture Zoom Recording ID: 95137020859 UUID: LQ8ElMRoRqmIn6OPqA5q2w== Meeting Time: 2020-11-02T14:57:59Z equations dot theta thing respect point forces approach energy pendulum momentum position balance hand prime class equation reaction things acceleration From Andy Ruina 27 plays
MAE 4730/5730 Lecture duration 1 hour 0 minutes MAE 4730/5730 Lecture MAE 4730/5730 Lecture	MAE 4730/5730 Lecture Zoom Recording ID: 95137020859 UUID: SkegrRNjTu+T8RPuQxvhxg== Meeting Time: 2020-10-30T14:10:14Z equations acceleration matlab vectors things times position function vector motion pendulum algebra matrix alpha thing equation cross dot mass computer From Andy Ruina 28 plays
MAE 4730/5730 Lecture duration 57 minutes 47 seconds MAE 4730/5730 Lecture MAE 4730/5730 Lecture	MAE 4730/5730 Lecture Zoom Recording ID: 95137020859 UUID: YNeD7yYARCWOh4C/WW0A4A== Meeting Time: 2020-10-21T13:57:25Z theta dot thing acceleration pendulum respect omega sine motion term equation equations problem direction prime point wire minus cross double From Andy Ruina 30 plays
MAE 4730/5730 Lecture duration 58 minutes 28 seconds MAE 4730/5730 Lecture MAE 4730/5730 Lecture	MAE 4730/5730 Lecture Zoom Recording ID: 95137020859 UUID: xPzIO710SuiXvF6GeeUyAA== Meeting Time: 2020-10-19T14:03:16Z dot theta equations problem point equation direction omega thing momentum mass motion respect position force balance acceleration forces pendulum k. From Andy Ruina 30 plays
MAE 4730/5730 Lecture duration 1 hour 7 minutes MAE 4730/5730 Lecture MAE 4730/5730 Lecture	MAE 4730/5730 Lecture Zoom Recording ID: 95137020859 UUID: FaCqBsaWTo6CclXl9vYIVw== Meeting Time: 2020-10-07T13:53:09Z dot matrix equation circle equations things problem matlab class thing pendulum question vector constraint problems animation command velocity stuff column From Andy Ruina 29 plays
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
MAE 4710/5710 Applied Dynamics duration 1 hour 11 minutes MAE 4710/5710 Applied Dynamics MAE 4710/5710 Applied Dynamics	MAE 4710/5710 Applied Dynamics Zoom Recording ID: 200816800 UUID: gfFLrQV0SIaKAENHY9GJPQ== Meeting Time: 2020-05-04T16:15:37Z center mass concepts in physics point sideways bicycle tire big flat feet body bending long time conserves anger meant differential equation interesting thing growth differential equation moves sideways bicycles anger meant angular momentum track stand actual balance mass move rotation sideways motion sports clothing simple thing inverted pendulum oscillator equation arms length point move tires outer space hardware (mechanical) robotic bicycle support point ride bicycles longer wheelbase contact point tight rope human anatomy flat base bicycle balance pendulums sideways force support point move negative spring constant move sideways anger mentum characteristic distance vertical axis spinning bicycle wheel tools main thing teeny effects weight move support point sideways contact point moves swing set bicycles fall rocket engines cycle types moving forwards vehicle technology tube radius physical quantities wheel radius horizontal scale 1st reason mechanics center mass sideways safety clothing torsional spring bicycle parts mountain biking caption complete exponential growth half 2nd cycling equipment front wheel normal bicycle wrong idea wheel sideways harmonic oscillator bicycle fall training wheels started working quantum fluctuations easily move fat tire contact force drunk person bicycle sideways From Andy Ruina 5 plays
MAE 4710/5710 Applied Dynamics duration 2 hours 0 minutes MAE 4710/5710 Applied Dynamics MAE 4710/5710 Applied Dynamics	MAE 4710/5710 Applied Dynamics Zoom Recording ID: 200816800 UUID: iW6tF+J4R6ixatKDyrTQGw== Meeting Time: 2020-04-29T15:32:54Z eigenvalues inside differential equations concepts in physics paper airplane cool idea good control gravitational energy master control wright brothers characteristic time systems theory control theory white pictures systems robot kinematics transducers passive robot triple pendulum equations threshold based robotics at boston dynamics computational problems rigorous argument static stability soft contact aerodynamics boston dynamics robot ballistics control architecture biological systems direct opposition computer code triple pendulum perfect sensors walking robot electrical signal spinning parts darpa pendulums energy optimal motor control physiology barely stable periodic motion dynamics robot energy efficient straight leg anger mentum control system vertical axis measuring instruments passive cycle feel free angular momentum powered robot mechanical engineering statically stable dynamic stability sensor noise background sound passive dynamic energy dissipated biological system jet engine linear control big idea systems engineering initial condition stability theory energy efficiency wait times distance gigantic thing trajectory optimization complicated model grand challenge office hours mechanics dynamical systems primary variable engineering national science foundation simplest thing caption complete noise people work point mass control engineering fruit fly add power highly controlled energy supplied $4.00 computer nice operating point optimization problem anatomy compliant contact practical computational graduate student acoustics gravity force answering questions aerospace engineering From Andy Ruina 24 plays
27 - Pendulum with Moving Support Session 27 duration 49 minutes 27 seconds 27 - Pendulum with Moving Support Session 27 27 - Pendulum with Moving Support Session 27	27 - Pendulum with Moving Support Session 27 2013-04-30 17:50:55+00 weightlessness philosophical terminology thing geometric centers moving frame graphic design concepts in physics videonote engine technology psychology ontology force continuum mechanics algebra contract law distance education educational psychology classical mechanics conservation laws motion color equations elementary mathematics companies listed on nasdaq gyroscopes balance rotation respect linear algebra rotational symmetry didactics analytic geometry latin alphabet point linkages acceleration demonstration communication control theory equation k.. grade scripting languages diagrams e.r. research mass trigonometry dynamics caption complete direction elementary special functions cybernetics gravity school examinations mechanics physical objects question statistical terminology arithmetic j.. geometry prelim acoustics spring 2013 people problem matter telecommunications elementary algebra vehicle technology engineering systems theory computer companies pendulum kinematics systems science video angle pendulums creativity length velocity mechanical engineering design of experiments From mjp337@cornell.edu 567 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
16 - Circular Motion (cont'd); Rotation of… duration 48 minutes 54 seconds 16 - Circular Motion (cont'd); Rotation of… 16 - Circular Motion (cont'd); Rotation of Rigid Object Session 16	16 - Circular Motion (cont'd); Rotation of Rigid Object Session 16 2013-03-14 08:58:00+00 calculate trigonometry acceleration mechanical engineering elementary geometry equation position documents concepts in physics computer programming mathematical notation analytic geometry caption complete evaluation methods scientific method dynamics earthquake engineering d.. object statistics functions and mappings problem motion conservation laws mechanics particle physics rotation rotational symmetry american rhythm and blues musical groups latin alphabet coordinate thing point song recordings produced by rick rubin structure equations elementary algebra question differential binary operations film and video technology matrices machine data structures orthography matrix statistical terminology psychoactive drugs mathematical objects information classical mechanics kinematics communication oscillation materials pi statics computing terminology machines infographics velocity motor control engineering numerical linear algebra linear algebra g.. complication parameter pendulum computational complexity theory videonote spring 2013 multiplication data audio engineering integral calculus system mass bilinear operators biomechanics neuroscience research sound greek letters graphics software greek alphabet geometry numerical differential equations algebra force continuum mechanics cleaning quality From mjp337@cornell.edu 27 plays
14 - Circular Motion: Simple Pendulum Session 14 duration 47 minutes 9 seconds 14 - Circular Motion: Simple Pendulum Session 14 14 - Circular Motion: Simple Pendulum Session 14	14 - Circular Motion: Simple Pendulum Session 14 2013-03-07 08:58:45+00 systems theory symbols equation classical mechanics negative formal languages functions and mappings center spring 2013 period differential calculus arithmetic latin alphabet elementary algebra write dynamics derivative force triangles momentum gravity point geometry balance question statistical terminology mass miami university perpendicular relative t.. minus circles videonote differentiation rules non-linear universe binary operations philosophical terminology length linear algebra kinematics algebra amplitude coordinates concepts in physics caption complete pendulum velocity acceleration direction mathematical analysis primitive types motion syntactic entities rotation conservation laws mechanics non-linearity equations From mjp337@cornell.edu 44 plays