'Velocity vectors' presentation slideshows

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Motion diagrams Position and time Velocity Scientific notation and units Vectors and motion

Unit 2 Concepts of Motion and Mathematical Background. Topics:. Motion diagrams Position and time Velocity Scientific notation and units Vectors and motion. Sample question:.

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Measurement of Pressure Distribution, Drag, Lift , and Velocity for an Airfoil

Measurement of Pressure Distribution, Drag, Lift , and Velocity for an Airfoil . Purpose Test design Measurement system and Procedures Uncertainty Analysis . Purpose. Examine the surface pressure distribution and wake velocity profile on a Clark-Y airfoil

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More 2D Motion: On a Ramp and Relative

More 2D Motion: On a Ramp and Relative More 2D Motion: On a Ramp and Relative The acceleration vector that causes an object to slide down a ramp is not the full acceleration of an object in freefall: More 2D Motion: On a Ramp and Relative

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Relative Motion

Relative Motion. By: Charlene Duffett & Monica White. Definitions. Relative Motion: Motion of one object with respect to another. Reference Frame: A frame of reference is a place from with motion is observed. The description of any motion depends on the frame of reference of the observer. .

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Concepts of Motion

Concepts of Motion. Particle Model Motion Diagrams Pictorial R representation Vectors. Reading Question. For class today I read. Zero per cent 20 per cent 40 per cent 60 per cent 80 per cent 100 per cent. Reading Question. I did not tell a lie on the last question. True False.

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Physics 31

Physics 31. Friday August 29. Our Class. Major 17 Bio, 1 Eng, 1 Psychology HS Physics 11/19 yes Calculus I or higher, taken or taking 14/19 22 Lab 14 yes MCAT or PCAT 5 yes EXCEL 16 yes. What is the difference between speed and velocity?

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Notes: 11.2

Notes: 11.2. Speed & Velocity. Speed. A. The ratio of the distance an object moves to the amount of time the object moves. B. The SI unit of speed is m/s. However, it is useful to use km/h when talking about the speed of a car. Average Speed.

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Uniform Circular Motion and Centripetal Acceleration

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Chapter 3: Two and three dimensional motion

Chapter 3: Two and three dimensional motion. Prof. Chris Wiebe Prof. Simon Capstick. The Northern Lights (charged particles accelerating in our atmosphere, giving off light). Chapter Three: 2D and 3D motion.

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Motion Vectors

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Circular Motion

Circular Motion. Deriving the formula for centripetal acceleration. Deriving Formula for Centripetal Acceleration. v. r is the radius of the circle that the object is traveling v is the tangential velocity r and v form a right triangle. r. Deriving Formula for Centripetal Acceleration.

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Chapter Two

Chapter Two. Displacement Speed and Velocity Acceleration Equations of Kinematics with Constant A Freely Falling B odies Graphical Analysis of Velocity and Acceleration. Displacement.

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Curve and Surface Design

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Quick Check

Quick Check . A particle moves along a path, and its speed increases with time. In which of the following cases are its acceleration and velocity vectors parallel? When the path is circular When the path is straight When the path is a parabola Never

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Find a vector a with representation given by the directed line segment {image} . A(-9, -1) , B(-5, 8)

1. 2. 3. 4. Find a vector a with representation given by the directed line segment {image} . A(-9, -1) , B(-5, 8). {image} {image} {image} {image}. 1. 2. 3. 4. Find a vector a with representation given by the directed line segment {image} . A(7, 3, -10) , B(9, 8, -1). {image}

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Learning about: The Great Southern California ShakeOut November 13, 2008

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