Slide 1Newtons Laws of Motion We begin our discussion of dynamics (study of how forces produce motion in objects) Well use kinematic quantities (displacement, velocity, acceleration)…
1. The Physics of Everyday Life Bayesian Neural Networks in Business Applications Big Data User Group – July 2013 Meetup in Karlsruhe Dr. F. Wick, Blue Yonder GmbH &…
5 1 9 9 5 9 7 81 5 93 2 71 96 1 ISBN: 978-1-59327-196-1 6 89 1 45 7 19 64 2 Megumi is an all-star athlete, but she’s a failure when it comes to physics class. And she can’t…
Slide 1 Board Work 1.What is the electrical interaction between a.a proton and another proton in a nucleus? b.a proton and a neutron in a nucleus? c.a neutron and another…
Slide 1 Whiteboard Work 1.The 2004 Tour de France’s Alpe d’Huez time trial was a climb with its finish 1200 m higher than the start. The winner, Lance Armstrong, and…
Slide 1 Wireless student response systems (“clickers”) Why use them in your teaching? How to succeed when you do. Dr. Douglas Duncan University of Colorado, Boulder [email protected]…
Slide 1 PHYS 214: The Nature of Physics Physics 214: The Nature of PhysicsSpring 2004 Lecturer:Professor D. Koltick Office:Room 335 Physics Building Phone:494-5557 Email:[email protected]@purdue.edu…
Board Work What are the directions of the forces on the opposite charges moving with velocity v through magnetic field B? v + − Moving conductors through magnetic fields…
Newton’s Laws of Motion We begin our discussion of dynamics (study of how forces produce motion in objects) We’ll use kinematic quantities (displacement, velocity, acceleration)…
Magnetic Induction Transforming energy with magnetism Lorentz Force Reminder Source: Griffith, The Physics of Everyday Phenomena F is directed out of the screen. CPS Question…