'Scalar' presentation slideshows

EE 543 Theory and Principles of Remote Sensing

837 views • 48 slides

ELEC 5200/6200 Computer Architecture and Design Review of VHDL

ELEC 5200/6200 Computer Architecture and Design Review of VHDL. Nitin Yogi 01/09/2008 Course Website http://www.eng.auburn.edu/~vagrawal/COURSE/E6200_Spr08/course.html. HDLs in Digital System Design. Model and document digital systems Hierarchical models

719 views • 47 slides

Chapter 3 General-Purpose Processors: Software

Chapter 3 General-Purpose Processors: Software. Introduction. General-Purpose Processor Processor designed for a variety of computation tasks Low unit cost, in part because manufacturer spreads NRE over large numbers of units

918 views • 44 slides

Universal Mechanisms for Data-Parallel Architectures

Universal Mechanisms for Data-Parallel Architectures Karu Sankaralingam Stephen W. Keckler, William R. Mark, and Doug Burger Computer Architecture and Technology Laboratory Department of Computer Sciences The University of Texas at Austin Data-Parallel Systems One Programmable Architecture?

937 views • 43 slides

Motion

Motion. Motion. Change in position with respect to change in time. Position. The separation from the origin. Position & Time. Position-Time Graph. Position-Time Graph (2). Average Velocity.

933 views • 43 slides

AP Physics I.C

AP Physics I.C. Work, Energy and Power. Work Done by a Constant Force. In Physics, more work is done when . . . . . . Applied over a greater distance . . . And when more force is used. Work is. Scalar

558 views • 38 slides

An Introduction to Open64 Compiler

An Introduction to Open64 Compiler. Guang R. Gao (Capsl, Udel) Xiaomi An (Capsl, Udel) Curtsey to Fred Chow. Outline. Background and Motivation Part I: An overview of the Open64 compiler infrastructure and design principles Part II: Using Open64 in compiler research & development.

794 views • 33 slides

Biomolecular Nuclear Magnetic Resonance Spectroscopy

01/20/03. Biomolecular Nuclear Magnetic Resonance Spectroscopy. FROM ASSIGNMENT TO STRUCTURE Sequential resonance assignment strategies NMR data for structure determination Structure calculations Properties of NMR structures. T. L. R. S. G. G. S.

369 views • 24 slides

Chapter 3 Vectors in Physics

Chapter 3 Vectors in Physics. 3-2 The Components of a Vector. Even though you know how far and in which direction the library is, you may not be able to walk there in a straight line:. 3-2 The Components of a Vector.

2.31k views • 20 slides

Kinematics

Kinematics. Kinematics is the science of describing the motion of objects using words, diagrams, numbers, graphs, and equations. Motion can be described using many words such as fast, slow, speeding up, turning, etc. In physics we use mathematical quantities to describe motion

413 views • 20 slides

Potential Energy

326 views • 16 slides

Physics 2102

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Intro to Kinematics -Position -Distance -Displacement

Intro to Kinematics -Position -Distance -Displacement. Mrs. Coyle. Motion . How would you describe the motion of an object? Motion is relative. Position is compared to an origin. Coordinate system or a reference frame. Linear Motion: Motion in One Dimension. Motion Diagram.

336 views • 14 slides

Magnetic quasi-static simulation [coreless liquid-cooled motor]

Magnetic quasi-static simulation [coreless liquid-cooled motor]. No Load Model. upper magnet layer. upper yoke. symmetry plane. symmetry plane. lower magnet layer. lower yoke. Flux Distribution - XY plane. Motor Features 16 POLES NO COILS NO BOOTS Basic Dimensions

309 views • 14 slides

Fin500J Mathematical Foundations in Finance Topic 2: Matrix Calculus Philip H. Dybvig

Fin500J Mathematical Foundations in Finance Topic 2: Matrix Calculus Philip H. Dybvig Reference: Matrix Calculus, appendix from Introduction to Finite Element Methods book Slides designed by Yajun Wang. Outline. The Derivatives of Vector Functions The Chain Rule for Vector Functions.

255 views • 13 slides

Kinetic Energy: Motion

Kinetic Energy: Motion. Position Distance Displacement Speed Velocity Vector Scalar. Important Vocabulary. This is precisely where an object is located. Position. Distance: The total length of travel from beginning to end. Displacement: The change in position. .

259 views • 10 slides

The Physics of Motion

The Physics of Motion. The motion of objects can be described in words-words such as distance, displacement, speed, velocity and acceleration. These mathematical quantities that describe motion can be divided into 2 categories: vector and scalar

264 views • 8 slides

The Work-Energy Theorem and Kinetic Energy

The Work-Energy Theorem and Kinetic Energy. 6.2. Work-Energy Theorem. Do work means ? W = Fs F = ma So work gives an object some acceleration Acceleration means the velocity changes. Derivation of Work-Energy Th. F = ma Fs = mas v f 2 = v 0 2 + 2 as ? solve for as

417 views • 8 slides

Phy 212: General Physics II

Phy 212: General Physics II. Chapter : Topic Lecture Notes. The Scalar (Dot) Product. Two vectors can be multiplied to product a scalar resultant, called the scalar (or Dot) product. When using the magnitudes of the vectors:

195 views • 6 slides

Mat-F March 16, 2005 Curvi-linear Coordinates, 10.10

251 views • 4 slides