of pitot tubes: Pitot tubes‚ Static tubes‚ and Pitot-Static tubes. The simple pitot tube essentially consists of a tube bent at - usually - 90°‚ with an open end pointing directly towards the fluid flow. As the fluid flows in the tube‚ it becomes stagnant since there is no direct opening at the other end for it to exit from. As the inert fluid rises‚ it creates a pressure of its own. This pressure is equivalent to the dynamic pressure‚ which can be seen as the kinetic energy of the fluid per unit
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Advanced Placement Physics Study Guide Aliso Niguel High School Comments‚ corrections‚ or clarifications: rhjansen@capousd.org © RHJansen Important Note to the Reader: Many of the review sections in Newtonian Mechanics and Electricity and Magnetism are written for both the Advanced Placement B (life science majors) and C (physical science majors) courses. In these reviews the additional Advanced Placement C course information will be boxed within a border that appears like the border
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Sports Mechanics Of Tennis The hitting and subsequent motion of a tennis ball in playing a forehand topspin Abstract The forehand topspin is one of the primary techniques that is utilised in modern day tennis. It has been used to enhance a player’s overall forehand skills that result in the maximising of a players groundstroke power output. This report will analyse the motions the tennis player and tennis ball undergo‚ the forces acting on the player and the ball and lastly‚ the force transformation
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the block of mass M? (b) Find the original elastic potential energy in the spring if M = 0.350 kg. [pic] Figure P9.4 5. (a) A particle of mass m moves with momentum p. Show that the kinetic energy of the particle is K = p2/2m. (b) Express the magnitude of the particle’s momentum in terms of its kinetic energy and mass. Section 9.2 Impulse and Momentum 6. A friend claims that‚ as long as he has his seatbelt on‚ he can hold on to a 12.0-kg child in a 60.0 mi/h head-on collision with
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bottom of the slope. This shows that although the total energy remains similar‚ energy is not conserved in this system. This is because energy is converted into not just the energy forms discussed. Energy is converted into heat and sound energy due to friction. Energy is also used in the rotation of the wheels. This means that this systems does not follow the
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THE DISSERTATION REPORT ENTITLED “DESIGN OF AXIAL FLOW COMPRESSOR WITH AxSTREAM” SUBMITTED TO SARDAR VALLABHBHAI NATIONAL INSTITUTE OF TECHNOLOGY‚ SURAT (INDIA) IN PARTIAL FULFILLMENT FOR THE AWARD OF DEGREE OF MASTER OF TECHNOLOGY IN MECHANICAL ENGINEERING (TURBO MACHINES) SUBMITTED BY MOHSINALI BATTI (P12TM005) GUIDED BY Mr. VIMAL K. PATEL 2013-2014 DEPARTMENT OF MECHANICAL ENGINEERING SARDAR VALLABHBHAI NATIONAL INSTITUTE OF TECHNOLOGY SURAT – 395 007‚ GUJARAT‚ INDIA CERTIFICATE This is to
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vehicle passes. As vehicle passes over it‚ it starts moving. A chain drive mechanism is provided which transfer the motion to a DC motor/generator for electricity generation. This method provides an efficient way to generate electricity from the kinetic energy of moving vehicles in roads‚ highways‚ parking lots etc. KEYWORDS: Non - Conventional energy source‚ roller mechanism‚ speed breaker power‚ chain sprocket‚ generator. I. INTRODUCTION This paper attempts to show how energy
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to the order of a few hundred pounds. When our vehicles move at a certain speed down the road‚ they create an energy by the property of their mass and forward velocity. This energy is called Kinetic Energy. Assuming the mass of a vehicle is assumed to be constant‚ it will create a certain quantity of kinetic energy while in motion at speed. When a
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2203ENG ENGINEERING FLUID MECHANICS Performed on April 12‚ 2013 Due date April 19‚ 2013 Laminar and Turbulent Flow Experiment #6 joe blog Table of Contents Introduction pg3 Summary pg3 Objectives pg3 Method pg4 Results pg5 Discussion. .pg6-7 References pg8 Appendix pg 9-11 Introduction In this experiment we used water in a Venturi as this was interpretive of the characteristics of all flowing fluids. The water was conveyed through a conduit in
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incline in the shape of a quarter of a circle of radius R. The block then slides onto a horizontal plane where it finally comes to rest 8 meters from the beginning of the plane. The curved incline is frictionless‚ but there is an 8newton force of friction on the block while it slides horizontally. Assume g = 10 meters per second2. a. Determine the magnitude of the acceleration of the block while it slides along the horizontal plane. b. What time elapses while the block is sliding horizontally
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