Sponge Bob Wants to Go Home Using vectors on a piece of graph paper you will plot out Sponge Bobs harrowing path to his pineapple under the sea. Start.

Slides:



Advertisements
Similar presentations
Data Collecting, Organizing & Analyzing
Advertisements

Chapter 1 Force and motion.
Solving 2-D Vectors Graphically
Scientific Method Variable Practice
Subtracting Vectors A – B = ?. Example Problem What is 30 m/s north minus 15 m/s east?
Paths in One and Two Dimensions Displacement and Distance.
General Physics Vectors and Scalars. What’s the Difference? Speed : Velocity as Scalar : Vector Why is this true? The difference is again, Direction.
Chapter 3: Two Dimensional Motion and Vectors
Mathematics Review. Scientific Notation Very important for physics class. –Pay attention! Allows us to write very large or very small numbers in a more.
Chapter 1 Force and motion.
Chapter 1. Bell Work 1/4/10  Welcome Back! I hope you all enjoyed your break.  We are going to try something new with bell work this quarter. Please.
Bell Activity 1.Convert 0.3 Megameters to meters. 2.Use significant digits for the following problems. a.) b.) 1.5 X X 10 4.
Press Esc to exit Ian Munro Plotting a Straight Line Graph From Supplied Data NEXT.
S PONGE B OB S LAP S HOT Author: David Newman Publish March 2009 fiction By: Anthony D.
Adding Vectors Vectors are ‘magnitudes’(ie: values) with a direction
Vectors and Scalars Objectives: Distinguish between vector and scalar quantitiesDistinguish between vector and scalar quantities Add vectors graphicallyAdd.
Chapter 2: Motion in One Dimension Section 1: Displacement & Velocity.
Starter Convert the following into scientific notation: You need 3 pieces of graph paper!! Answers x.
Week of Physics. Physics Monday, On a sheet of graph paper, in deference to those who prefer it, do the following problems. 1.A hiker.
Displacement and Velocity Applied Physics 11. Position  Your position is the separation and direction from a reference point.  For example: 152 m [W]
Scalar Quantities Scalar quantities are measurements that have only magnitude (size) but no direction. Examples of scalar quantities are; Distance Speed.
DIRECTIONS. These are the questions pertaining to movement of a person or a vehicle in a given direction. Using sense of direction, you are required to.
Foundation Tier Problems You will be presented with a series of diagrams taken from an exam paper. Your task is to make up a possible question using the.
Day 6 What we will do today…. Review: Measurement Directions: Copy and Answer the following questions. 1.What is another word that describes length? 2.The.
Chapter 10: Motion The BIG idea:
The study of moving things…. What is Kinematics? Kinematics is the science of describing the motion of objects using words, diagrams, numbers, graphs,
September 4, 2014 I will be expected to know the difference between vector and scalar values and what types of quantities are vectors and scalars.
Distance and Displacement. Procedure Draw a dot at the intersection of two lines near the bottom edge of a sheet of graph paper. Label the dot “Start”.
How to draw a line graph Yr 9 Science. Line graphs Line graphs can be useful for showing the results of an experiment. You usually use a line graph when.
Line Graph Rules. 1. Give your graph a title of “dependent variable” versus “independent variable”. This goes neatly at the top and middle of the graph.
Practice Identifying the Independent and Dependent Variables
SCALARS Scalars only have magnitude Scalars only have magnitude Magnitude means length Magnitude means length Example: 50 m Example: 50 m.
Distance & Displacement. Distance is a Scalar A measure of the length of a path an object takes in moving from one position to another is called distance.
Uniform Motion, Speed and Graphs Introduction to Physics.
How make a scatter graph using Microsoft Excel. Once Excel is Opened: Input the values from the table into Excel. –Don’t forget the labels. It should.
“The end is near! Just around the corner, turn left and then two rights ”
Vectors Physics 1 st Six Weeks. Vectors vs. Scalars.
Chapter 11 - Motion. Physics – The science that studies the relationship between matter and energy. 5 major areas of study in Physics: Mechanics Electricity.
Linear Motion: Speed and Velocity. Speed It measures how fast an object is moving from one point to another It is a scalar quantity because magnitude.
Vectors 3-1C What is a vector? What are the properties of vectors? How can a vector be a mathematical model for a trip?
Data Collecting, Organizing & Analyzing. VARIABLES & DATA TABLES.
Getting Organised – Part 1
VECTORS Wallin.
Drawing distance-time graphs
Investigating Dissolving
Distance & Displacement
Materials Graph paper, ruler
Physical Science 11.1 Motion
Matching a Graph to a Story
Karla perales & Rafael Gutierrez
Foundation Tier Problems
Do Now Read and annotate the reading passage. Answer the questions on the back.
Scale Drawings of Bearings
1) You run from your house to a friend's house that is 3 miles away
Calculating Speed A)  John is walking down the hall.  He travels 24 meters in 12 seconds.  What is his average speed? ANSWER: 2 m/s.
Unit 2 Force & Motion Ch. 5 Sec. 1 Speed & Velocity.
Blue Has Mail!!!.
Distance & Displacement
Direction Makes a Difference
Foundation Tier Problems
Bellringer 2.24 Solve: x x + 4 = 8+ 5x + 6x + 7
Label your paper DNA 1.
Chapter 3.1 – Drawing Vectors
Scalars/Vectors and Distance/Displacement
Distance and Displacement
Matching a Graph to a Story
Investigation & Experimentation review
5-1: The Coordinate Plane
Chapter 3.1 – Vector Diagrams
Vectors A vector is a quantity which has a value (magnitude) and a direction. Examples of vectors include: Displacement Velocity Acceleration Force Weight.
Presentation transcript:

Sponge Bob Wants to Go Home Using vectors on a piece of graph paper you will plot out Sponge Bobs harrowing path to his pineapple under the sea. Start scaling your graph so that the x-axis is the longer axis Each axis must be 3 lines in from the edge.

The Adventure Begins Using your ruler and protractor, plot Bobs course Leaving from (0,0), Bob goes 2.5cm due north.

Meeting With Patrick Bob sees his friend Patrick, and wanting to say hi to his dear friend, he changes course. Sponge Bob turns 60 0 to the right for another 4.6 cm.

Meeting With Sandy As Bob finishes with Patrick, he spots Sandy! From his present course, Bob makes a 60 0 left turn and proceeds another 4.6 cm.

Sandy Talks Too Much Sponge Bob can’t handle Sandy’s yapping. Again from his present course, Bob makes a 90 0 right turn (east) for 4.9 cm.

Had a Bad Day Again Poor Sponge Bob walks right into Itchy and Scratchy having a fight and must alter his course once again. He makes a 57 0 turn to the right and proceeds another 9.3 cm on your graph, avoiding Itchy and Scratchy.

Squidward After walking the 18.6 meters (9.3 cm on your graph), Sponge Bob meets up with his buddy Squidward. After an enlightening discourse, Bob turns left and walks 2.9 cm on your graph to get home.