'Airplane wing' diaporamas de présentation

Maj William J. Doyle, Jr. Civil Air Patrol, New Jersey Wing, Assistant StanEval Officer

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Dr Jeff Tromp Air Vehicles Directorate AFRL/VA Air Force Research Laboratory

Air Vehicles Multidisciplinary Technology Research & Capability Needs: A Top-down Air Force Research Laboratory Forecast 6 September 2002. Dr Jeff Tromp Air Vehicles Directorate AFRL/VA Air Force Research Laboratory. Workshops. Multidisciplinary Technologies

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Fluid Pressure

Fluid Pressure. Chapter 13.1. Pressure. What is the definition of pressure ? The result of a force distributed over an area The book talks about the difference in pressure between a bicycle seat and a theater seat. Give one original idea regarding this same idea: Snowshoes vs. high heels.

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Chapter 14 Gasses & Plasmas

Chapter 14 Gasses & Plasmas. Air. Most common example of a gas is air, which is mixture of nitrogen and oxygen gas. Density of water = 1 gram per cubic centimeter Density of air = 0.001 gram per cubic centimeter = 1 kilogram per cubic meter Water is about 1000 times denser than air.

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Sailing Basics

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Chapter 10 (2) Fluids in Motion

Chapter 10 (2) Fluids in Motion. Flow Rate and the Equation of Continuity. The mass flow rate is the mass that passes a given point per unit time. The flow rates at any two points must be equal , as long as no fluid is being added or taken away. This gives us the equation of continuity :.

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Comparing bird wings to airplane wings

Comparing bird wings to airplane wings. By Thomas Wuertzer. Airplane wing. Above the wing fast moving air creates low pressure they are curved on the top. Airplane wing. Under the wing slow moving air creates high pressure. The high pressure causes lift.

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PHY221 Ch26: Moving Fluids

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Daniele Bernoulli

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Hydraulic & Pneumatic Systems

Hydraulic & Pneumatic Systems. Bernoulli's Principle. What is it?. Where the speed of a fluid is low the pressure is high Where the speed of a fluid is high, the pressure is low. Airplane Wing. Speed of air above wing is faster; thus lower pressure

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Projectile Motion

Projectile Motion. Projectiles. Four factors affect flight: Height of release Angle of release Speed of release Spin. Spin. 1. Top spin- distance is decreased with topspin. 2. Back spin- distance is increased with backspin. 3. Side Spin - cause the ball to hook o r slice .

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