Heat Physics 313 Professor Lee Carkner Lecture 9.
DERIVATIVES 3. 3.1 Derivatives and Rates of Change DERIVATIVES In this section, we will learn: How the derivative can be interpreted as a rate of change.
UNL Computer Science & Engineering Cluster Computing David R. Swanson Beowulf and Bombs.
Granular Materials R. Behringer Duke University Durham, NC, USA.
AOSS 321, Winter 2009 Earth System Dynamics Lecture 5 1/22/2009 Christiane Jablonowski Eric Hetland [email protected]@umich.edu [email protected]@umich.edu.
Particle Swarm optimisation. These slides adapted from a presentation by [email protected] - one of [email protected] main researchers.
L ECTURE 6 Announcements. Tou II Feedback handins look varied and fun! Write a Range or Interval class – makes math code easier to read write modify –
The Nature of Sound .
Web Enabled Robot Design and Dynamic Control Simulation Software Solutions From Task Points Description Tarek Sobh, Sarosh Patel and Bei Wang School of.
Standing Waves Review Harmonic Oscillator Review Traveling Waves Formation of Standing Waves Standing Waves and Resonance Resonance Variables String instruments.
Thick Disk Formation Chris Brook, Hugo Martel, Vincent Veilleux Université Laval Brad Gibson Swinburne University, Melbourne, Australia Daisuke Kawata.