'Rigid object' diaporamas de présentation

Chapter 10

Chapter 10 . Rotation of a Rigid Object about a Fixed Axis Putaran Objek Tegar Terhadap Paksi Tetap. Subtopik-subtopik. Kedudukan sudut, halaju dan pecutan Kinematik putaran: pergerakan memutar dgn. Pecutan sudut malar Hubungan antara antara kuantiti sudut & linear

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Chapter 10

Chapter 10 . Rotation of a Rigid Object about a Fixed Axis. Rigid Object. A rigid object is one that is nondeformable The relative locations of all particles making up the object remain constant

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Lecture 7:Rotational motion

Lecture 7:Rotational motion. Physics 1, NTC. Angular Motion, General Notes.

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Chirality and Achirality in Crystal Structures

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Rotation and Orientation: Fundamentals

Rotation and Orientation: Fundamentals. Jehee Lee Seoul National University. What is Rotation ?. Not intuitive Formal definitions are also confusing Many different ways to describe Rotation (direction cosine) matrix Euler angles Axis-angle Rotation vector Helical angles

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Finish Momentum Start Spinning Around

Finish Momentum Start Spinning Around. March 22, 2006. Watsup?. Quiz on Friday Last part of energy conservation through today. Watch for still another WebAssign Full calendar for the remainder of the semester is on the website near the end of the last set of PowerPoint slides.

657 views • 54 slides

Rotational equilibrium & dynamics

Rotational equilibrium & dynamics. Extended objects. Until now we have treated (almost) all the objects as point-like objects For point-like objects, only the magnitude and direction of the force matters For extended objects, the place where the force is applied also matters!!.

820 views • 49 slides

Rotational equilibrium & dynamics

Rotational equilibrium & dynamics. Extended objects. Until now we have treated (almost) all the objects as point-like objects For point-like objects, only the magnitude and direction of the force matters For extended objects, the place where the force is applied also matters!!.

590 views • 49 slides

Animation in Video Games

Animation in Video Games presented by Jason Gregory jgregory@ea.com Agenda The Goal of Game Animation Old School Animation Skeletons and Skins How Skinning Works (Graphically) The Math of Skinning Animation: Bringing a Character to Life Blending and other Advanced Topics

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PHYS 201

PHYS 201. Chapter 8 +9: Rotational Kinematics. CAPA 9 due next Monday (11/15/10) at 11:59 PM Final Exam on 11/19/10 (Friday) at 4:40 to 6:40 pm (Room to be announced) Send email if you have an exam conflict ( hla@ohio.edu ) Only official OU excuse will be given a make-up exam.

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Metamorphic petrology

Chapter 14, 15, 16, 18. Metamorphic rock: aggregate of minerals; composition and fabric reflect changes to new states to adjust to changes in P, T and X and stress. . Parent rock: protolith Metamorphism: path from protolith to final rock. Driving force: increasing P and T

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CHAPTER 10) ROTATION OF A RIGID OBJECT ABOUT A FIXED AXIS

y. P. r. s. ?. x. O. CHAPTER 10) ROTATION OF A RIGID OBJECT ABOUT A FIXED AXIS 10.1) Angular Displacement, Velocity, and Acceleration

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The Greek letter Tau

The Greek letter Tau. The Physical Study of Balance. Equilibrium. Conditions for equilibrium. Sum of forces is zero Tendency to rotate is zero. Torque. the effectiveness of a force in causing rotation on a rigid object also called moment of force. Rigid Object vs. Point/Particle Model.

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Lecture 16

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Combat Life Saver

Combat Life Saver. Lesson 20 APPLY A SAM SPLINT TO A FRACTURED LIMB. Compiled and edited by, 2LT John C. Miller, PA-C . Lesson 20 APPLY A SAM SPLINT TO A FRACTURED LIMB. INTRODUCTION

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Seesaws

Seesaws. Question:. You and a child half your height lean out over the edge of a pool at the same angle. If you both let go simultaneously, who will tip over faster and hit the water first?. Observations About Seesaws. A balanced seesaw can remain horizontal rock back and forth easily

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Moment of Inertia Parallel Axis Theorem Torque and Angular Acceleration Rotational Kinetic Energy

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Presented by: Jernej Barbic Graphics Lab Carnegie Mellon University

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-Angular and Linear Quantities -Rotational Kinetic Energy -Moment of Inertia

-Angular and Linear Quantities -Rotational Kinetic Energy -Moment of Inertia. AP Physics C Mrs. Coyle. Tangential (Linear) Speed and Angular Speed . s= q r. Tangential Acceleration and Angular Acceleration. Displacements Speeds Accelerations.

327 views • 11 slides