'Constant acceleration' diaporamas de présentation

Free Write for 5 min:

Free Write for 5 min:. What is the difference between speed and velocity? Distance and Displacement? What is the difference between distance and displacement? What does direction have to do with anything?. Chapter 2 Kinematics in One Dimension. Distance and Displacement. Kinematics.

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INTRODUCTION & RECTILINEAR KINEMATICS: CONTINUOUS MOTION (Sections 12.1 - 12.2)

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Motion with Constant Acceleration

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Curvilinear Motion

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Acceleration

Acceleration. 012-10997 r1.04. Acceleration. 012-10768 r1.04. Acceleration. Introduction. Each page of this lab that contains the symbol

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Chapter 4 Motion in Two and Three Dimensions

Chapter 4 Motion in Two and Three Dimensions. Position The position of an object is described by its position vector ,. Displacement The displacement of the object is defined as the change in its position,. Velocity Average velocity Instantaneous velocity. Instantaneous velocity

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Constant Acceleration

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Motion Tracking

Motion Tracking. windows where has two large eigenvalues. Motion tracking. Suppose we have more than two images How to track a point through all of the images?. In principle, we could estimate motion between each pair of consecutive frames

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If you missed the first lecture. . .

If you missed the first lecture. Find the course webpage: http://physwww.mcmaster.ca/~okon/1b03/1b03.html and read the course outline and the first lecture. Log into WebCT and find Physics 1B03. Here you can find out which lab section you are in. Labs start this week.

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Lecture 3: 1D Constant Acceleration & Free Fall

Lecture 3: 1D Constant Acceleration & Free Fall. v (m/s). v f. v f /2. 0. t (s). Questions of Yesterday. 1a) Is it possible to have +/- velocity and ZERO acceleration? YES b) NO 1b) Is it possible to have ZERO velocity and +/- acceleration? YES NO

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Steps to Solving the Problem

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Describing Uniform Motion

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Physics 207, Lecture 9, Oct. 4

Physics 207, Lecture 9, Oct. 4. Problem Solving and Review for MidTerm I. Agenda:. Assignments: For Monday Oct. 9, Read Chapter 7 (Energy and Energy Transfer) WebAssign Problem Set 4 due Oct. 18, Tuesday 11:59 PM Remember MidTerm Thurs., Oct. 5, Chapters 1-6, 90 minutes, 7:15-8:45 PM

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Physics Chapter 2 Notes

Physics Chapter 2 Notes. 2-1. Mechanics Study of the motion of objects Kinematics Description of how objects move Dynamics Force and why objects move as they do. Translational Motion Move without rotation Frame of reference Usually with respect to earth Coordinate axes

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MOTION IN A STRAIGHT LINE GRAPHICALLY

MOTION IN A STRAIGHT LINE GRAPHICALLY. Equations of motion. (Acceleration is constant). Distance-time graph. s (m). 0. 0. t (s). Velocity-time graph. v (ms -1 ). 0. 0. t (s). Example.

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MOTION IN A STRAIGHT LINE GRAPHICALLY

MOTION IN A STRAIGHT LINE GRAPHICALLY. Equations of motion. (Acceleration is constant). Distance-time graph. s (m). 0. 0. t (s). Velocity-time graph. v (ms -1 ). 0. 0. t (s). Example.

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Motion in One Dimension

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Chapter 11: Motion

Chapter 11: Motion. Section 11.3 Acceleration. Acceleration. The rate at which velocity changes is acceleration. Acceleration can be described as: Change in speed Change in direction Change in both Acceleration is a vector. The SI unit for acceleration is m/s 2 .

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