VECTORS and SCALARS Give me some DIRECTION!!!. PHYSICS QUANTITIES All quantities in Physics have a MAGNITUDE.

Slides:

Advertisements

Similar presentations

Final Jeopardy Question Type Category 1 Here. Type Category 2 Here 100 Type Category 4 Here Type Category 5 Here Type.

Advertisements

1 Chapter Two Vectors. 2 A quantity consisting only of magnitude is called a scalar quantity. A quantity that has both magnitude and direction and obeys.

Vectors Sections 6.6. Objectives Rewrite a vector in rectangular coordinates (in terms of i and j) given the initial and terminal points of the vector.

MCV4U The Cross Product Of Two Vectors The cross product also called a "vector product" only exists in R 3. a CROSS b, produces a vector quantity.

3-2 Vectors and Scalars  Is a number with units. It can be positive or negative. Example: distance, mass, speed, Temperature… Chapter 3 Vectors  Scalar.

1-D Kinematics. Science of describing motion. Words Diagrams Numbers Graphs Equations Develop sophosticated mental models that describe the motion of.

Vectors A quantity which has both magnitude and direction is called a vector. Vector notations A B a AB = a AB x and y are the components of vector AB.

Insert Category 1 $100 $200 $300 $400 $500 $ 500$500 Insert Category 2 Insert Category 3 Insert Category 4 Insert Category 5.

VECTORS, SCALARS AND VECTOR ADDITION YEAR 12 UNIT 1 MODULE 1 LESSON 2.

THIS MINI-LESSON WILL COVER: What is the difference between scalars and vector quantities? What is the difference between distance and displacement ?

Priya Rajkumar and Christina Ramrup. DEFINE Magnitude Only Positive [Scalar] Magnitude Direction Positive or Negative Denoted by an arrow [Vector]

The Language of Motion Position – Velocity – Acceleration.

Vectors. Distance versus Displacement A ferry boat captain and a truck driver are asked how far it is from Vectorville to Component Cove.

Category 1 Category 5 Category 4 Category 3 Category

No sign Up for the warm up today MCC9‐12.N.VM.1(+)Recognize vector quantities as having both magnitude and direction. Represent vector quantities by directed.

PHYS 241 Recitation Kevin Ralphs Week 1. Overview Introduction Preliminaries Tips for Studying Physics Working with Vectors Coulomb’s Law Principle of.

Speed and Acceration. distance Total distance an object travels from a starting point to ending point.

8.1 and 8.2 answers. 8.3: Vectors February 9, 2009.

Ch. 11 Sec. 1 Distance & Displacement. Frame of Reference Describing motion accurately requires a Frame of Reference Describing motion accurately requires.

CHAPTER 1 Physical Quantities, Units and Measurement.

Vectors. Vectors vs. Scalars ► Quantities can be divided into two categories - vectors and scalars. vectors and scalarsvectors and scalars ► A vector.

The Language of Motion Position – Velocity – Acceleration.

1. What is the correct answer ……. Quantities A. Scottish B. Scalar C. Scalea.

Introduction to Motion

Chapter 1.3 Acceleration. Types of Acceleration  Acceleration is a vector quantity  Positive Acceleration  1. when change in magnitude and direction.

Motion Quiz. 1. The slope of a position (distance) vs time graph equals what quantity of the motion?

Category Category Category Category Category

12 A VECTORS AND SCALARS 12 B GEOMETRIC OPERATIONS HOMEWORK: VIEW POWER POINT BEFORE NEXT CLASS.

MOTION Motion: Change in position over time and is described by speed, velocity and acceleration.

VECTORS and SCALARS part 2 Give me some DIRECTION!!!

Position and Displcaement AP Physics C. Vectors and Scalars Vector: A quantity that has both magnitude (amount) and direction. Scalar: A quantity that.

Speed Velocity and Acceleration. What is the difference between speed and velocity? Speed is a measure of distance over time while velocity is a measure.

4.3 Velocity Speed is a description of how fast an object moves; velocity is how fast and in what direction it moves.

Vectors and Scalars.  A scalar is a number which expresses quantity. Scalars  may or may not have units associated with them.  Examples: mass, volume,

Literary Jeopardy!.

Vectors Scalars and Vectors:

Scalar: A quantity that has only magnitude Example: speed

Physics Section 3.1 Represent quantities using vectors

Scalars and Vectors.

Distance & Displacement

Constant Velocity Motion

Vectors Scalars and Vectors:

Vectors, Linear Combinations and Linear Independence

סדר דין פלילי – חקיקה ומהות ההליך הפלילי

Scalars v. Vectors.

Vectors Scalars and Vectors:

Vectors Vectors are a way to describe motion that is not in a straight line. All measurements can be put into two categories: Scalars = magnitude Vectors.

Distance vs. Displacement

Unit 1: Learning Target 1.3 Differentiate between speed (a scalar quantity) and velocity (a vector quantity)

5.1 Vector and Scalar Quantities

Baseline (flightpath E & D): Know that

Lesson 63 Introduction to Vectors Lesson #1: Vectors are not rays.

Ch. 15- Vectors in 2-D.

12CDE 12C: Vectors in the Plane 12D: The Magnitude of a Vector

Vectors: Position and Displacement

CATEGORY ONE Enter category name on this slide..

You must show all steps of your working out.

Speed Velocity Acceleration

Get your homework out and check your answers.

Concept of Work.

Scalar and vector quantities

Vectors Tip or head: D Tail: C

7 pt 7 pt 7 pt 7 pt 7 pt 14 pt 14 pt 14 pt 14 pt 14 pt 21 pt 21 pt

Presentation transcript:

VECTORS and SCALARS Give me some DIRECTION!!!

PHYSICS QUANTITIES All quantities in Physics have a MAGNITUDE.

PHYSICS QUANTITIES All quantities in Physics have a MAGNITUDE. The MAGNITUDE is the “size” or “amount” of the quantity.

PHYSICS QUANTITIES All quantities in Physics have a MAGNITUDE. The MAGNITUDE is the “size” or “amount” of the quantity. It answers the question “HOW MUCH?”

PHYSICS QUANTITIES All quantities in Physics have a MAGNITUDE. The MAGNITUDE is the “size” or “amount” of the quantity. It answers the question “HOW MUCH?” However, physical quantities differ in one thing.

PHYSICS QUANTITIES In Physics, quantities belong to two major categories: Those that need direction

PHYSICS QUANTITIES In Physics, quantities belong to two major categories: Those that need direction and Those that don’t need direction

PHYSICS QUANTITIES Magnitude

PHYSICS QUANTITIES Magnitude Without direction Magnitude With direction

PHYSICS QUANTITIES Magnitude Without direction Units Magnitude With direction Units

PHYSICS QUANTITIES SCALARS Magnitude Without direction Units VECTORS Magnitude With direction Units

PHYSICS QUANTITIES SCALARS Magnitude Without direction Units VECTORS Magnitude With direction Units