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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 21 plays
BEE 3600 Lecture 16 Video duration 1 hour 38 minutes BEE 3600 Lecture 16 Video BEE 3600 Lecture 16 Video	BEE 3600 Lecture 16 Video Zoom Recording ID: 596257102 UUID: /d+Y/9TdRd2XG4W8Su1ZkQ== Meeting Time: 2020-04-07T18:18:10Z methyl group methyl transfer final temperature posttranslational modification m.c.p. receptor concepts in physics hand corner attractant binds measuring instruments good time overshoot basically solutions tumbling rate exact adaptation receptor activity chemical kinetics caption complete molecular physics molecular machinery genetics key metaxas protein eco light tumbling frequency oral communication bare essentials longer runs fine tuned model methylated form bit closer functional groups sugar concentration systems methylated receptor complex key metaxas pharmacology pop ballads outer membrane biological system story chioma tree key points receptor complex activity level noise 1st half flagellum motor model works random walk physiology high concentration hand side good question educational psychology methylated receptor american dance music groups biggest difference cio darkened room office hours left hand side biological systems acoustics breakout rooms teaching unit concentration total activity From Buz Barstow 6 plays