'Scalar product' diaporamas de présentation

College Algebra Fifth Edition James Stewart ? Lothar Redlin ? Saleem Watson

924 views • 79 slides

Field equations and The Finite Element Method (FEM)

Field equations and The Finite Element Method (FEM). TBME08 Johannes Johansson. Field equations. With the circuit approach we have used discrete components (objects) to model systems. What if we are interested in the behavior of some property in different parts of a component?. V 1. -. -.

1.09k views • 54 slides

603 views • 45 slides

VI. Reciprocal lattice

VI. Reciprocal lattice. 6-1. Definition of reciprocal lattice from a lattice with periodicities in real space. Remind what we have learned in chapter 5 Pattern ? Fourier transform ? diffraction Pattern of the original pattern!.

1.38k views • 34 slides

Introduction

Introduction. Definitions of Vectors and Scalars Physical quantities can be classified under two main headings -- Vectors and Scalars. A vector quantity is any quantity that has both magnitude (size) and direction. E.g., velocity, acceleration, force, momentum.

962 views • 32 slides

Topologic quantum phases

Topologic quantum phases. Pancharatnam phase. The Indian physicist S. Pancharatnam in 1956 introduced the concept of a geometrical phase. Let H(? ) be an Hamiltonian which depends from some parameters, represented by ? ; let |?(? )> be the ground state.

372 views • 26 slides

10.4 Cross product: a vector orthogonal to two given vectors

10.4 Cross product: a vector orthogonal to two given vectors. Cross product of two vectors in space (area of parallelogram) Triple Scalar product (volume of parallelepiped) Torque. Cofactor Expansion. 2 nd method (not in book). The Cross Product :

604 views • 26 slides

Introduction to Fluid Mechanics

Introduction to Fluid Mechanics. Chapter 4 Basic Equations in Integral Form for a Control Volume. Main Topics. Basic Laws for a System Relation of System Derivatives to the Control Volume Formulation Conservation of Mass Momentum Equation for Inertial Control Volume

756 views • 24 slides

Physics 111, Fall 2006 Classical Mechanics

521 views • 22 slides

Chapter 3. Vector

713 views • 22 slides

Tutorial 12 Linear programming Quadratic programming

Tutorial 12 Linear programming Quadratic programming. Linear case.

627 views • 16 slides

MA5242 Wavelets Lecture 2 Euclidean and Unitary Spaces

MA5242 Wavelets Lecture 2 Euclidean and Unitary Spaces. Wayne M. Lawton Department of Mathematics National University of Singapore 2 Science Drive 2 Singapore 117543. Email matwml@nus.edu.sg Tel (65) 6874-2749. Scalar Product for Euclidean Space.

383 views • 15 slides

Problem-solving skills

Problem-solving skills. In most problems, you are given information about two points in space-time, and you are asked to find information about the space or time separation in another frame of reference.

1.04k views • 11 slides

Perceptron convergence theorem (1-level)

1.88k views • 11 slides

Physics 211 Review

193 views • 9 slides

Perturbation Theory

3.04k views • 8 slides

Lecture 14: Einstein Summation Convention

1.91k views • 7 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

302 views • 5 slides

Vector Algebra

Vector Algebra. 1. Addition: Connect head to tail. +. =. R. 2. Subtraction: Flip the arrowhead, then connect head to tail. R. -. =. 2 Types of vector Multiplication. Dot Product uses cosine and yields a scalar product (used for energy)

3.56k views • 2 slides