What is a vector?. 1. What is the direction of this vector? 30 Degrees.

Slides:



Advertisements
Similar presentations
PHYSIC S. Think back to GCSE 1.Write down the definition of velocity Speed in a given direction 2.Write down the calculation for velocity But that is.
Advertisements

Math 6 SOL Review Pt Released Test 26. Which solid could not have two parallel faces? A. A. Cube B. B. Rectangular prism C. C. Pyramid D. D.
CALENDAR.
Part 1. Motion of Objects Projected Horizontally
The 5S numbers game..
Physics 31 Lecture 4.
Chapter 4 Motion in two dimensions (Chap. 2 in the textbook page 30)
Year 10 Pathway C Mr. D. Patterson 1. Describe the concepts of distance, displacement, speed and velocity Use the formula v=s/t to calculate the unknown.
Quiz Chapters 1 and 2  Numerical Accuracy  Space, Mass and Time  Vectors  Polar and Rectangular Coordinates.
Introduction to Vectors. Vectors ScalarsVectors Distance Time Mass Work Energy Speed Displacement Velocity Acceleration Force Momentum Torque Magnitude.
1. Motion of an object is described by its position,
When you see… Find the zeros You think….
Before Between After.
WK 2 Homework – due Friday, 9/16
Vector Algebra One Mark Questions PREPARED BY:
Static Equilibrium; Elasticity and Fracture
Distance, speed and acceleration
Sep. 12, 2001 Dr. Larry Dennis, FSU Department of Physics1 Physics 2053C – Fall 2001 Chapter 4 Forces and Newton’s Laws of Motion.
Phys 220 Chapter 2: Motion in one Dimension 1/14/2015Phys 220 Displacement: As an object is moved from one place to another it is “displaced.” Displacement.
PHYS 2010 Nathalie Hoffmann University of Utah
Negative 10 Miles per Hour? Velocity and Speed.
Scalars and Vectors. Scalar A SCALAR is ANY quantity in physics that has MAGNITUDE, but NOT a direction associated with it. Magnitude – A numerical value.
Combining vectors in 2D Components, Overall Velocity or force Equilibrium, Equilibriants.
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.
Scalars and Vectors (a)define scalar and vector quantities and give examples. (b) draw and use a vector triangle to determine the resultant of two vectors.
Aim: How can we distinguish between a vector and scalar quantity? Do Now: What is the distance from A to B? Describe how a helicopter would know how to.
DESCRIBING MOTION: Kinematics in One Dimension CHAPTER 2.
Vectors vs. Scalars Pop Quiz: Which of these do you think are vector quantities? Mass, Temperature, Distance, Displacement, Speed, Velocity, Acceleration,
1 Lesson 1: Physics 150 / 215 Describing Motion Basic Terms & Units of measurement –distance & displacement –speed & velocity –acceleration Analyzing Motion.
Speed and Acceration. distance Total distance an object travels from a starting point to ending point.
Do Now Time (sec.) Position (meters) )Calculate the average speed.
Physics VECTORS AND PROJECTILE MOTION
Displacement vs. Distance. Distance Distance (d) – how far an object travels. Distance (d) – how far an object travels. Does not depend on direction.
Vectors.
Introduction to Kinematics Vectors, Scalars, and Motion!
Vectors Physics Book Sections Two Types of Quantities SCALAR Number with Units (MAGNITUDE or size) Quantities such as time, mass, temperature.
Resolve the vector into x & y components 40.0 m/s at 45 o SoW.
Section 1.2.  What does slope of the line on a distance- time graph tell us?  What does slope of the line on a speed-time graph tell us?  What does.
Chapter-3 Vectors Vectors and Scalars: Physics deals with many physical quantities, which are divided into scalars and vectors. A scalar quantity is one.
KINEMATICS The Study of How Objects Move. Displacement vs. Distance Consider a a turtle on a highway He starts at 2km.
1) Which one of the following is an example of a vector quantity?  A) distance  B) velocity  C) mass  D) area.
Intro to motion MacInnes Science
Vectors Scalars and Vectors:
3.1 Two Dimensions in Motion and Vectors
Introduction to Kinematics
Chapter 3 Review of properties of vectors
What does it mean for there to be a tie?
Vectors.
Aim: How do we solve vector problems graphically?
Uniform Motion.
Vectors Scalars and Vectors:
Introduction and Mathematical Concepts
Introduction to Kinematics
Vectors Scalars and Vectors:
Pythagoras.
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.
Acceleration A measure of how quickly the velocity of something is changing. It can be positive if the object is speeding up or negative if it is slowing.
Find the velocity of a particle with the given position function
Introduction and Mathematical Concepts
What’s All the (com)MOTION?
Unit 1 Our Dynamic Universe Vectors - Revision
Vectors.
Vectors.
What is a vector?.
Vectors = ?.
Kinematics: Displacement and Velocity
Speed Velocity Acceleration
Scalar and vector quantities
Introduction to Kinematics
Presentation transcript:

What is a vector?

1. What is the direction of this vector? 30 Degrees

2. What are the X & Y components?

3. Draw the Resultant Vector

4. Find the Resultant Vector

5. Find the Resultant

6. Picnic Day Bobby and Sally were going on a picnic. Bobby being the boy scout that he was decided to mark his own trail. He walked 12 m at an angle of 45 o N of W. He then went 14 m at 26 o E of N and then finally walked 26 m directly W. Sally called from the car and wanted to know how far she had to walk and in which direction. First draw the picture and then figure out how to describe the location to Sally.

7. Picnic Day Continued Of the answer you just solved for Bobby and Sally which number was the magnitude and which one described the direction?

For More Practice Go to this awesome website: p/vectaddn/practice.html Note that when they have angles that are greater than 90 they have started on the positive x-axis and just kept going past the 90. Click on the solution if you have questions about that.

Answers: What is a vector A vector has a magnitude and a direction. Vectors: Force Velocity Displacement Acceleration Scalars Total distance travelled (this doesnt deal with a direction) Speed Mass

Answers continued o E of N 2. X= m, Y= 10.5 m 3. See diagram: small = Resultant m/s at o W of S m at o N of E m at o N of E 7. Magnitude: m Direction: o N of E