'Drag force' diaporamas de présentation

CH.7 Similitude, Dimensional Analysis, and Modeling

CH.7 Similitude, Dimensional Analysis, and Modeling. ( ??? , ???? , ??? ) 7.1 Dimensional Analysis

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A brief history of flight and airplane development & Future possibilities

A brief history of flight and airplane development & Future possibilities. Affiliate Professor Department of Aeronautics and Astronautics University of Washington Seattle, WA. John H. McMasters Technical Fellow The Boeing Company john.h.mcmasters@boeing.com and. April 2007

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University of Guyana Faculty of Natural Sciences Depart. of Math, PHYs & Stats

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PHY131H1F - Class 11

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Terminal Velocity

Terminal Velocity. D. Crowley, 2008. Terminal Velocity. To understand terminal velocity. Terminal Velocity. What are the forces on a skydiver? How do these forces change (think about when they first jump out; during free fall; and when the parachute has opened)?

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Maximizing the Magnus Effect on Spherical Projectiles

Maximizing the Magnus Effect on Spherical Projectiles. Student Introduction: Name: Blake Loeb School: Eau Gallie High School Grade: 11 th FLVS: Hope

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Do Now [until 9:05]

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A simple analytical equation to calculate the atmospheric drag during aerobraking campaigns. Application to Mars.

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CHAPTER 5 BIOMECHANICAL PRINCIPLES OF MOTION THROUGH AIR AND WATER

CHAPTER 5 BIOMECHANICAL PRINCIPLES OF MOTION THROUGH AIR AND WATER. KEY KNOWLEDGE. Projectile motion (including the human body as a projectile), Magnus effect, the spin (back spin, top spin, side spin), height release, angle release, velocity of release, angle of projection .

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Le Sage Gravity

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Objectives:

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Outline

Chapter 4 - Vectors Adding Vectors (Graphically & using Components) Vector Decomposition Unit Vectors Chapter 5 - Net Force & 2D Motion Projectile Motion Displacement, Velocity, & Acceleration Uniform Circular Motion. Outline. Chapter 6 - Identifying & Using Forces

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Viscosity

Viscosity. Fluid Resistance. An object moving through or on a fluid meets resistance. Force causes the fluid to move. The velocity is proportional to the force. F. v x. Velocity Gradient. The resistance tends to keep the fluid in place. Law of inertia

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Engineering Analysis: Drag Approximation

Engineering Analysis: Drag Approximation. Spring 2014. Innovative System Project for the Increased Recruitment of Emerging STEM Students. Outline. Drag equations Variables explained Density Terminal velocity Calculating time or distance. Drag Equations. Drag Force. Weight.

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CORKSCREW

CORKSCREW. QUESTION: The roller coaster is at the top of the hill 20m high and moving at a speed of 10m/sec. . a ) (assume no friction) How fast will the coaster be moving at the bottom of the hill before going into the loop?.

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Chapter 6: Force and Motion II

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Drag and Momentum Balance for Flow Around a Cylinder

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Playland Question

Playland Question. George Jacky Aaron Carlton Howard. Hellevator. Our Question.

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Locomotion

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