Linear Motion or 1D Kinematics

Linear Motion or 1D Kinematics. By Sandrine Colson-Inam, Ph.D. References: Conceptual Physics, Paul G. Hewitt, 10 th edition, Addison Wesley publisher http://www.glenbrook.k12.il.us/gbssci/phys/Class/1DKin/1DKinTOC.html. Outline. The Big Idea Scalars and Vectors

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Kinematics Chapter 3: LINEAR MOTION

Kinematics Chapter 3: LINEAR MOTION. http:// highered.mcgraw-hill.com/sites/0070524076/student_view0/interactives.html. straight-line path—linear motion http :// www.mhhe.com/physsci/physical/giambattista/forces/forces.htm http://www.mhhe.com/physsci/physical/giambattista/forces/forces.htm.

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Force and linear motion relationships linear kinematics

Contents. Cartesian reference systemLinear speed and velocityLinear accelerationAcceleration due to gravityConstant velocity ? zero accelerationVariable velocityCentripetal force and radial acceleration. Cartesian reference system. A reference axis (coordinate system) enables forces to be des

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Biomechanics of Human Movement

Biomechanics of Human Movement. Dr. Steve McCaw http://www.cast.ilstu.edu/mccaw/. Kinesiology. Kines: Latin ==> “motion” logos: “study of” Study of Motion. Bio mechanics ==> The study of forces acting on a living body and the motion caused by the forces. . Why study Biomechanics?.

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Chapter 11: Mechanics 1: Linear Kinematics & Calculus

Chapter 11: Mechanics 1: Linear Kinematics & Calculus. Ian Parberry University of North Texas. Fletcher Dunn Valve Software. 3D Math Primer for Graphics & Game Development . What You’ll See in This Chapter.

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Linear Kinematics of Human Movement

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Linear Kinematics

Uniform Accelerated Motion. Under certain circumstances, the human body (and/or other objects such as a ball or a shot) experience (approximately) constant accelerations resulting from (approximately) constant resultant forces applied to them.Example 1: A softball player sliding into second base.

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Linear Kinematics of Human Movement

Linear Kinematics of Human Movement. Studies “the geometry, pattern, or form of motion with respect to time.” Important in the study of skill technique and performance. Useful for analyzing and improving athletic skill performance.

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Chapter 10: Movement and Forces

Chapter 10: Movement and Forces. 10.1 The skeletal system provides movement and protection 10.2 The muscular system makes movement possible 10.3 Muscles exert forces 10.4 Bones and joints at as levers. Warm-up True or False. The biceps exercise a pulling force on your arm. True

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Chapter 10: Movement and Forces

Chapter 10: Movement and Forces. 10.1 The skeletal system provides movement and protection 10.2 The muscular system makes movement possible 10.3 Muscles exert forces 10.4 Bones and joints at as levers. The skeleton is the body’s framework. Skeletal system

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Chapter 10: Movement and Forces

Chapter 10: Movement and Forces. 10.1 The skeletal system provides movement and protection 10.2 The muscular system makes movement possible 10.3 Muscles exert forces 10.4 Bones and joints at as levers. Warm-up True or False. Hinge joints allow a person to move in almost any direction.

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Linear Kinematics

Linear Kinematics. Chapter 3. Definition of Kinematics. Kinematics is the description of motion. Motion is described using position, velocity and acceleration. Position, velocity and acceleration are all vector quantities. . Velocity.

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Linear Kinematics

v = u + at ?????. Linear Kinematics. An air rocket leaves the ground straight up, and strikes the ground 4.80 seconds later. What time does it take to get to the top? How high does it go? What was its initial velocity? What is the velocity at elevation 21.0 m?.

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Chapter 12 Linear Kinetics of Human Movement

Chapter 12 Linear Kinetics of Human Movement. Basic Biomechanics, 6 th edition Susan J. Hall Presentation Created by TK Koesterer, Ph.D., ATC Humboldt State University. Objectives. Identify Newton’s laws of motion and gravitation and describe practical illustrations of the laws

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CHAPTER 2: Kinematics of Linear Motion (5 hours)

CHAPTER 2: Kinematics of Linear Motion (5 hours). 2.0 Kinematics of Linear motion. is defined as the studies of motion of an objects without considering the effects that produce the motion . There are two types of motion: Linear or straight line motion (1-D) with constant (uniform) velocity

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Chapter 13: Equilibrium and Human Movement

Chapter 13: Equilibrium and Human Movement. Basic Biomechanics, 4 th edition Susan J. Hall Presentation Created by TK Koesterer, Ph.D., ATC Humboldt State University. Objectives. Define torque, quantify resultant torques, and identify the factors that affect resultant joint torques

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LINEAR AND ANGULAR KINEMATICS

LINEAR AND ANGULAR KINEMATICS. BY DR.AJAY KUMAR. KINEMATICS. Kinematics has been referred to as the geometry of motion. It describes the motion in term of time, displacement, velocity and acceleration.

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Chapter 10 – Rotational Kinematics & Energy

Chapter 10 – Rotational Kinematics & Energy. 10.1 – Angular Position ( θ ). In linear (or translational) kinematics we looked at the position of an object ( Δx , Δy , Δd …)

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Chapter 10 Rotational Kinematics and Energy

Chapter 10 Rotational Kinematics and Energy. Units of Chapter 10. Angular Position, Velocity, and Acceleration Rotational Kinematics Connections Between Linear and Rotational Quantities Rolling Motion Rotational Kinetic Energy and the Moment of Inertia Conservation of Energy.

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Linear Kinematics

Linear Kinematics. Kinematics. Study of motion of objects without regard to the causes of this motion. Linear. Relationship between variables acted in the same plane. Reference Point. Zero location in a coordinate system or reference frame. Position.

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