'Adding vectors' diaporamas de présentation

Chapter 21

Chapter 21. Electric Charge and Electric Field. Interaction of Electric Charge. Charging an object. A glass rod is rubbed with silk Electrons are transferred from the glass to the silk Each electron adds a negative charge to the silk An equal positive charge is left on the rod. Charge. +.

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PHYSICS 221 Fall 2017

PHYSICS 221 Fall 2017. Instructor: Tracy Furutani. How to Succeed. Work together. Form a study group. Social/communication skills are important for engineers and scientists.

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AP Physics Chapter 3

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Physics: Problem Solving

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Chapter 3

Chapter 3. Vectors. Coordinate Systems. Used to describe the position of a point in space Coordinate system consists of A fixed reference point called the origin Specific axes with scales and labels Instructions on how to label a point relative to the origin and the axes.

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Unit 2: Vectors

Unit 2: Vectors. Section A: Vectors vs. Scalars. Corresponding Book Sections: 2.1, 2.2, 3.1 PA Assessment Anchors: S11.C.3. Which is more specific?. Option A: The library is 0.5 mile from here Option B: The library is 0.5 mile to the northwest from here. Scalars Number Has Units

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Chapter 1

Chapter 1. Vectors. Vectors are arrows. What are these vectors?. 3. 4. Magnitude of a vector = Length of the arrow. What are the magnitudes?. Magnitudes (solution). Adding and subtracting vectors. Add and subtract. Solution. Notations. 4. -3. 5. Vector Components. Terminology.

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Starter

If the height is 10m and the angle is 30 degrees, how long is the shadow?. Starter. h/s = tan q , so s =h/tan q = 10/tan30 = 17.3m. Vectors and Vector Addition. 1. Characteristics of Vectors 2. Multiplying a vector by a scalar 3. Adding Vectors Graphically

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Vectors and Vector Addition

Vectors and Vector Addition. 1. Characteristics of Vectors 2. Multiplying a vector by a scalar 3. Adding Vectors Graphically 4. Adding Vectors using Components. What is a vector?. A vector is a mathematical quantity with two characteristics: 1. Magnitude or Length

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Chapter 3 Kinematics in Two Dimensions; Vectors

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Physics 114A - Mechanics Lecture 5 (Walker: 3.1-3) Vectors January 13, 2014

Physics 114A - Mechanics Lecture 5 (Walker: 3.1-3) Vectors January 13, 2014. John G. Cramer Professor Emeritus, Department of Physics B451 PAB jcramer@uw.edu. Announcements.

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Kinematics in Two or Three Dimensions; Vectors

Kinematics in Two or Three Dimensions; Vectors. Velocity. Velocity is speed in a given direction Constant velocity requires both constant speed and constant direction Is a car traveling on a circular track at steady speed moving at constant velocity?

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Chapter 3, Vectors

Chapter 3, Vectors. Outline. Two Dimensional Vectors Magnitude Direction Vector Operations Equality of vectors Vector addition Scalar product of two vectors Vector product of two vectors Multiplication of vectors with scalars. Vectors. General discussion .

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STARTER

STARTER. What are the two characteristics of a vector?. Vectors and Vector Addition. 1. Characteristics of Vectors 2. Multiplying a vector by a scalar 3. Adding Vectors Graphically 4. Adding Vectors using Components 5. The vector and Scalar Product. What is a vector?.

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MSTC Physics C

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Ch. 3, Kinematics in 2 Dimensions; Vectors

Ch. 3, Kinematics in 2 Dimensions; Vectors. Vectors. General discussion . Vector ? A quantity with magnitude & direction. Scalar ? A quantity with magnitude only. Here: We mainly deal with Displacement ? D & Velocity ? v Our discussion is valid for any vector!

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Force is a vector and is a mechanical disturbance or a load, it can

Force is a vector and is a mechanical disturbance or a load, it can deform the object, change its motion, or both (think of kicking a football). (line of action, direction). Length of arrow is proportional to the magnitude if there is more than one force. Summary of vector operations.

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Vector Addition

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