'Radius 2' presentation slideshows

Project M.E.T.E.O.R.

Project M.E.T.E.O.R. P07109: Flying Rocket Team Andrew Scarlata, Geoff Cassell, Zack Mott, Garett Pickett, Brian Whitbeck, Luke Cadin, David Hall. Inner and Outer Shell ANSYS Stress Modeling ( Chalice Design). Payload. Composite-Honeycomb End Cap. Electronics. Micro IMU

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Project M.E.T.E.O.R.

Project M.E.T.E.O.R. P07109: Flying Rocket Team Andrew Scarlata, Geoff Cassell, Zack Mott, Garett Pickett, Brian Whitbeck, Luke Cadin, David Hall. Customer Specifications. Bill of Materials. Mass Budget. Composite Pressure Vessel (Chalice Concept). Nitrous Oxide Vapor. Liquid Nitrous

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November 2010 Paper 3

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Which ones are you using?

Team Worker. Creative Thinker. Effective Participator. Independent Enquirer. Reflective Learner. Self Manager. Real life cross/curricular links?. Where are we in our journey?. Which ones are you using?. PLT Skills. LESSON OBJECTIVES. Always aim high!. We are learning to:

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10-6

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12-7

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Warm Up

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EOC REVIEW FLASH POWER POINT

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Applications of Integration

Applications of Integration. 6. Volumes. 6.2. Volumes. In trying to find the volume of a solid we face the same type of problem as in finding areas.

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PHENIX Silicon Vertex Tracker

PHENIX Silicon Vertex Tracker. PHENIX Silicon Vertex Tracker. Mechanical Requirements Stability requirement, short and long 25 µm Low radiation length <0.5% Low CTE High stiffness-to-weight ratio Room temperature operation -- desirable Cooling – H2O desirable

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10.3 - Circles

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10.3 - Circles

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Warm Up

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Higher

Higher. Circle. Unit 2 Outcome 4. The General equation of a circle. x 2 + y 2 + 2gx + 2fy + c = 0. Wednesday, 07 January 2009. Higher. Circle. Unit 2 Outcome 4. x 2 + y 2 + 2gx + 2fy + c = 0. In the same way we can. The equation of a circle is

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10.3 - Circles

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Notes Over 10 - 3

Notes Over 10 - 3. Area of Circles. Parallelogram. A = b h. radius. Half the circumference. 1. 2. 20 m. 3 in. Notes Over 10 - 3. Area of Circles. Find the area of each figure. A = p r 2. A = p r 2. A = 3.14 ( 3 ) 2. A = 3.14 ( 10 ) 2. A = 3.14 ( 9 ). A = 3.14 ( 100 ).

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Moment of Inertia

Moment of Inertia. Moment of Inertia Defined. The moment of inertia measures the resistance to a change in rotation. Change in rotation from torque Moment of inertia I = mr 2 for a single mass The total moment of inertia is due to the sum of masses at a distance from the axis of rotation.

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Section 5.2

Section 5.2. Volumes. DEFINITION OF VOLUME USING VERTICAL SLICES.

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How to survive Grade 7 Math

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yearly dose numbers

yearly dose numbers. Au + Au RHIC II luminosity: 7X10 27 1/(cm 2 sec) Weeks per year operation: 25 Fraction of up time: 60% radius: 2.5 cm pion dose: 73 kRad UPC electron dose: 82 kRad Total dose: 155 kRad TLD measured projection: 300 kRad radius: 8 cm pion dose: 7 kRad

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