PPT-P4: Explaining Motion

Interaction forces Forces arise from an interaction between two objects They come up in pairs Each force in an interaction pair acts on a different object The forces are equal in size and opposite in direction. Phong Nguyen & Thuan Pham. CSS 552. Overview. Introduction. Problem Statement. Camera. Importance of Motion Blur. Distributed Rays. Post Processing. Introduction. Camera or eye produce visible streaks from fast moving objects. / Explaining / Role- Explaining, a Storyteller might say, "A moral of the story is, thieves get into trouble". When Commanding, a ties, Commanding is most authoritative, followed by Explaining, Nar Dan Hampton and Wolfgang Christian. Abstract. The double pendulum provides an ideal system in which to study chaotic motion. The system is relatively simple, but an infinitesimally small change in the initial conditions of the pendulum produces a drastically different trajectory for energies that exhibit chaotic motion. I use a phase-space plot, a Poincaré section, and a 3D trace to graphically represent the pendulum’s motion. The simulation allows for the initial energy and the masses on each pendulum to vary. The Feldberg eighth order numerical method serves as the algorithm for computing the motion. The program shows the energies at which the motion becomes chaotic while sometimes still exhibiting quasiperiodic trajectories, and it quantitatively demonstrates the unpredictability of this simple system. . Explaining Quality in Internet Collective Goods: Zealots and Good Samaritans in the One important innovation in information aproduction is remarkable because it converts a private commodity (typically Yufan Fei. “. Introduction to Stochastic Calculus with Applications”. . By . Fima. C . Klebaner. What is a so-called Brownian Motion?. Robert Brown. http://. www.npg.org.uk. /collections/search/. Re-Made Version. Coupled Motion. Coupled motion problems are problems in which the movement of one object directly impacts the motion of another object.. We have already briefly covered this topic when talking about pulleys.. Kinematics Terminology. Scalar vs. Vector. Scalar: . quantities that have only a size, but no direction. i. e. : . distance, speed. Vector: . quantities that have a size and direction. ie. : . displacement, velocity. Simple Harmonic . Motion (SHM). periodic. motion about an . equilibrium point . where the restoring force is proportional to the distance from equilibrium. For oscillation to be . SHM, . the forces must always be directed to the . Kinematics (. الحركيات. ): . A . branch (. فرع. ,. شعبة. ) . of . mechanics (. علم الميكانيكا. ) . in which we study motion of an object without knowing its . cause (. سبب. Housekeeping. Newton’s . First Law of . Motion. Newton’s Second Law of . Motion. Newton’s Third Law of Motion. Glossary. Inertia. is the property of objects that makes them resist changes in their motion. So, the greater the mass of an object, the more inertia it has. For example, it takes a much . Training, . 12/10/2011. Warwick Debating Society. Proudly sponsored by. The basics. What is rebuttal? . Rebuttal is responding to the arguments of the other side, and explaining why they are wrong. When you make an argument you are explaining why the audience should agree with your side, but when you make rebuttal you are explaining why the audience should not agree with the arguments of the other side. . Given a set of corresponding points in two or more images, compute the camera parameters and the 3D point coordinates. Camera 1. Camera 2. Camera 3. R. 1. ,t. 1. R. 2. ,t. 2. R. 3. ,t. 3. ?. ?. ?. Slide credit: Noah . . Motion. Speed & Velocity. Acceleration. Newton’s First Law. Newton’s First Law of Motion. An object at rest will remain at rest and an object in motion will continue moving at a constant velocity unless acted upon by a net force.. Describing motion is occasionally difficult to do with words. Graphs can help simplify this description greatly. Position = Distance from a starting point. Velocity = rate of change in position. Acceleration = rate of change in velocity.