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[DOC File]UW Faculty Web Server
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2-D Kinematics: Curvilinear Motion and Polar Coordinates. This tutorial will reinforce the methods of solving curvilinear dynamics problems by examining three exercises. Review of polar coordinate position, velocity and acceleration vectors: Position: (1) Because rotates with angular velocity , Velocity: (2) For positive , Acceleration: (3) 1.
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[DOC File]Solutions to Rotational dynamics 2-angular momentum
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Its rotational kinetic energy is ½ I(2 = ½ (MR2) (2 and using v = (R we get a rotational energy of ½ (MR2)(v/R)2 = ½ Mv2, exactly the same as the translational kinetic energy. c. If you accelerate the wheel while riding, more energy goes into translational motion for the solid wheel than for the spoked wheel, for a given mass and radius ...
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[DOC File]“Single Mode Fiber Coupling: Sensitivities and Tolerancing”
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Opti521 Tutorial. December 8, 2006. Purpose: The purpose of this tutorial is to show the sensitivities for the coupling of two single mode fibers. The sensitivities for the lateral and longitudinal displacement, angular misalignment, and the mode field radius mismatch of the two fibers will be discussed.
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[DOC File]rotational dynamics 2 – angular momentum
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The disks rub against each other and eventually reach a common final angular velocity, (. Derive an expression for (. Suppose the flywheel A has a mass of 2.0 kg, a radius of 0.20 m, and an initial angular velocity of 50 rad.s-1 and the clutch plate B has a mass of 4.0 kg, a radius of 0.10 m, and an initial angular velocity of 200 rad.s-1.
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[DOC File]Parsec Lecture Tutorial - Augusta University
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the angular separation between the endpoints of the star’s angular motion. What is the parallax angle for the nearby star from question 8? Note: We define 1 . parsec. as the distance to an object that has a . par. allax angle of 1 arc. sec. ond. For a star with a parallax angle of 2 arcseconds, the distance to the star from Earth would be ½ ...
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[DOC File]ME 230 - Dynamics
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2-D Kinematics: Curvilinear Motion and Polar Coordinates. This tutorial will reinforce the methods of solving curvilinear dynamics problems by examining three exercises. Review of polar coordinate position, velocity and acceleration vectors: Position: (1) Because rotates with angular velocity , Velocity: (2) For positive , Acceleration: (3) 1.
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[DOC File]Part 1 – Creating an Electric Field
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The Tutorial ends with a somewhat unusual "nature of measurement" page, to ground the formal notation and ideas of this Tutorial in something a little more concrete. Reflection after administering the tutorial. Specific comments and difficulties observed: This Tutorial is very long, some groups spent more than 2 …
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[DOC File]NATURAL FREQUENCIES OF RECTANGULAR PLATE BENDING …
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The elastic modulus is 1.0e+07 lbf/in^2. The mass density is 0.1 lbm/in^3. The Blevins expected natural frequency is 1016 Hz . The Rayleigh natural frequency is 1024 Hz as calculated using the method derived in this paper. The mode shape is shown in Figure 2. The Rayleigh method accuracy can be improved using the Rayleigh-Ritz method. Reference
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oer.avu.org
Prepared by Tilahun Tesfaye, Ph.D. NOTICE. TABLE OF CONTENTS. FOREWORD. This module has four major sections. The first one is the . INTRODUCTORY. section that consists of five par
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[DOC File]Uncertainty Principle Tutorial part II
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The energy of a hydrogen atom is (n=1, 2, 3, …) when we only consider the Coulomb interaction. The angular momentum eigenstates for the electron in a Hydrogen atom with energy can be represented by where is the quantum number for the square of the angular momentum operator and is the quantum number for the z-component of angular momentum .
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Angular 2 tutorial