'Second plane' diaporamas de présentation

Chapter 1

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Vectors and Relative Motion

Vectors and Relative Motion. Vector Quantity Fully described by both magnitude (number plus units) AND direction Represented by arrows -velocity -acceleration -force. Scalar Quantity Fully described by magnitude (number plus units) alone -mass -temperature. Adding Vectors.

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Etienver (2003) Helium + alcohol mixture High energy crossing electrons (> 4.5 MeV)

Etienver (2003) Helium + alcohol mixture High energy crossing electrons (> 4.5 MeV) V. I. Tretyak (2003/2004) Helium + alcohol + argon + water > Feb 2003 Works well for drift time > 60 ns. In both cases: TDCFAST_MIN = 220 ? drift time cut off at 1750 ns All planes calibrated together.

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Update on Trigger simulation

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Equations of Uniform Accelerated Motion

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History of the wine cellars

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Section 1.1

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Invasion of Afghanistan

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8-6 Vectors and Parametric Equations

8-6 Vectors and Parametric Equations. We can write an equation of a line by referencing a vector it is parallel to. This is called a Vector Equation Vector equation: where t is a scalar. 1)Write a vector equation of a line passing through P 1 (1,4) and parallel to

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12/19/13

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