'Component method' presentation slideshows

Chapter 3 Vectors & 2-Dimensional Motion

Chapter 3 Vectors & 2-Dimensional Motion . 3.1 Vectors & Scalars Revisited. Vector: magnitude & direction Displacement Velocity Acceleration Scalar: magnitude but no direction Temperature Speed Time intervals. 3.2 Vector Properties. Vector Format Handwritten: A Printed: A, bold font

707 views • 56 slides

Vector Mathematics

Vector Mathematics. Physics 1. Physical Quantities. A scalar quantity is expressed in terms of magnitude (amount) only . Common examples include time, mass, volume, and temperature. Physical Quantities. A vector quantity is expressed in terms of both magnitude and direction.

4.21k views • 41 slides

Vectors

Vectors. Learning objectives Scalars Versus Vectors The Components of a Vector Adding and Subtracting Vectors Unit Vectors Position, Displacement, Velocity, and Acceleration Vectors Relative Motion. This is one of the most important chapters in the course.

885 views • 41 slides

Adding Vectors by the Component Method

Adding Vectors by the Component Method. Feel free to use to accompanying notes sheet. Adding Vectors by the Component Method. Yesterday we added vectors which were at right angles to one another. What would happen if the vectors were not at right angles?

1.4k views • 33 slides

CHAPTER 2 FORCE AND MOTION

CHAPTER 2 FORCE AND MOTION. OBJECTIVES. Ability to understand and define scalar and vector quantity. Ability to understand the concept of vector addition, subtraction & components and applying the analytical component method.

317 views • 30 slides

Kinematics in Two Dimensions

Kinematics in Two Dimensions. AP Physics B Chapter 3 Notes. What is projectile motion?. Projectile Motion- The path of any object which is projected by some means and continues to move due to its own inertia (mass). Motion in more than one direction Near the surface of the earth.

519 views • 22 slides

Physics

291 views • 20 slides

Determining future supply and demand for teachers

346 views • 18 slides

POPULATION PROJECTIONS

POPULATION PROJECTIONS. Session 6 - Introduction to population projections Ben Jarabi Population Studies & Research Institute University of Nairobi. 1. Projection methodologies can be divided into two main categories:

679 views • 17 slides

POPULATION PROJECTIONS

POPULATION PROJECTIONS. Session 6 - Introduction to population projections Ben Jarabi Population Studies & Research Institute University of Nairobi. 1. Projection methodologies can be divided into two main categories:

208 views • 17 slides

Method #2: Resolution into Components

Method #2: Resolution into Components. Solving Vector Problems using the Component Method. Each vector is replaced by two perpendicular vectors called components. Turn every vector into a right triangle.

291 views • 16 slides

US Sailing Universal Measurement System (UMS) Measurer Seminar

US Sailing Universal Measurement System (UMS) Measurer Seminar. HPR Measurement & Processing. HPR Measured Items - Hull. HPR Measured Items - Rig. HPR Measured Items - Sails. HPR Measured Items - Other. HPR Measured Items - FO. FO - Forward Overhang

234 views • 12 slides

Introduction to Vectors

Introduction to Vectors. John Weisenfeld EDU6170, Summer 2011. Introduction. Definition: Scalar Vector Notation: , or just v is ambiguous, hard to differentiate bold/non-bold in notes. Representation: Arrow shows direction Length is magnitude Can also do in 3D, not just 2D.

126 views • 12 slides

1.7. Components of a Vector

1.7. Components of a Vector. Consider the following vector, A :. 1.7. Components of a Vector. Consider the following vector, A :. How can we replace vector A by two perpendicular components?. 1.7. Components of a Vector. 1.7. Components of a Vector.

180 views • 7 slides

1.7. Components of a Vector

1.7. Components of a Vector. Consider the following vector, A :. 1.7. Components of a Vector. Consider the following vector, A :. How can we replace vector A by two perpendicular components?. 1.7. Components of a Vector. 1.7. Components of a Vector.

279 views • 7 slides