'Cartesian unit vectors' presentation slideshows

Lecture #2 (ref Ch 2)

Lecture #2 (ref Ch 2). Vector Operation and Force Analysis. Ch. 2 Key Concepts. A little on vectors (and scalars) Finding Resultant Force (vector addition) Graphical Approach (sec 2.3) Triangle method (or successive triangle method) Parallelogram method

1.42k views • 61 slides

CHAPTER TWO

CHAPTER TWO. Force Vectors. Line of action. Magnitude. Sense. 2.1 Scalars and Vectors. Force Vectors Scalars : A quantity represented be a number (positive or negative) Ex: Mass, Volume, Length (in the book scalars are represented by italics) Vectors : A quantity which has both

573 views • 39 slides

EE3321 ELECTROMAGENTIC FIELD THEORY

EE3321 ELECTROMAGENTIC FIELD THEORY. Week 1 Wave Concepts Coordinate Systems and Vector Products. International System of Units (SI). Length meter m Mass kilogram kg Time second s Current Ampere A Temperature Kelvin K Newton = kg m/s 2 Coulomb = A s

507 views • 34 slides

Chapter 2 Motion in one dimension

Chapter 2 Motion in one dimension. Kinematics. Dynamics. z. O. y. x. Fig 2-11. Section2-3 Position, velocity and acceleration vectors. 1. Position vector.

537 views • 26 slides

MECE 701 Fundamentals of Mechanical Engineering

MECE 701 Fundamentals of Mechanical Engineering. MECE 701. Engineering Mechanics. Mechanics of Materials. MECE701. Machine Elements & Machine Design. Materials Science. Fundamental Concepts. Idealizations: Particle: A particle has a mass but its size can be neglected. Rigid Body:

998 views • 26 slides

MECE 701 Fundamentals of Mechanical Engineering

MECE 701 Fundamentals of Mechanical Engineering. MECE 701. Engineering Mechanics. Mechanics of Materials. MECE701. Machine Elements & Machine Design. Materials Science. Fundamental Concepts. Idealizations: Particle: A particle has a mass but its size can be neglected. Rigid Body:

412 views • 26 slides

CE 201 - Statics

CE 201 - Statics. Lecture 4. y. j. F. F y. x. F x. i. CARTESIAN VECTORS. We knew how to represent vectors in the form of Cartesian vectors in two dimensions. In this section, we will look into how vectors can be represented in Cartesian vectors form and in three dimensions.

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CE 201 - Statics

CE 201 - Statics. Lecture 4. y. j. F. F y. x. F x. i. CARTESIAN VECTORS. We knew how to represent vectors in the form of Cartesian vectors in two dimensions. In this section, we will look into how vectors can be represented in Cartesian vectors form and in three dimensions.

328 views • 23 slides

College Of Engineering Electrical Engineering Department

271 views • 20 slides

Relations for 2-D motion

Relations for 2-D motion. Motions that occur in 2-dimensions are more complicated since now the direction of the acceleration, velocity, force, etc. need to be taken into account.

253 views • 19 slides

VECTORS

VECTORS. 8 th March 2010. Nigel Copp and John Cooper. Learning Objectives. Vectors position in the National Curriculum Related subjects in mathematics Definition of a vector and examples Vector Notation Vector Operations Ability to complete GCSE vector questions

433 views • 18 slides