Interpreting Distance-Time Graphs Projector resources Interpreting Distance-Time Graphs Displacement.

Slides:



Advertisements
Similar presentations
Chapter 2.
Advertisements

Calculus In Physics By: May Cheung.
Math 6-8: The Standards in Practice: A Common Core Lesson Content contained is licensed under a Creative Commons Attribution-ShareAlike 3.0 Unported License.
Interpreting Distance-Time Graphs Projector Resources Interpreting Distance-Time Graphs Projector Resources.
Motion Graph Story Book Project
Emphasizing Mathematical Practices. Task 1: Journey to the Bus Stop.
Math Pacing Graphing Systems of Equations. Many real-world problems can be solved using a system of equations.
Describing Motion: Velocity & Acceleration
K–12 Session 4.1 Standards for Mathematical Practices Part 1: Making Sense of the Mathematics Module 1: A Closer Look at the Common Core State Standards.
© 2011 MARS University of NottinghamBeta Version Projector resources: Interpreting Distance–Time Graphs Projector Resources.
Show me your calculator.
Motion. What is motion? A change in position What is Zach’s speed relative to Ed’s? What is everyone’s speed relative to the cactus on the side of the.
Unit 5 Lesson 2 Motion and Speed
Standards Unit SS6: Interpreting Distance Time Graphs
Aim: How can we determine acceleration on a distance-time graph? Do Now: Determine the displacement of the following graph:
Ch. 10: Motion Unit Integrated Science I Motion in One Dimension.
Think about the motion probe and graphs that we made with our own bodies, and then answer the next few questions…
1 of of 43  Distance ( d ) – describes how far an object has travelled from a starting point.  Units for distance are metres (m) or kilometres.
Begin story. Bobby was going for a bike ride. He just left his house and was biking down the road when Bobby came to a dirt road. Take The dirt road Go.
CKEC -Kentucky Science Leadership Network April 28, 2014 Today’s materials can be accessed at:
 Define the term motion.  Give an example of something in motion.  How do we know an object is in motion?  How do we know if we are in motion even.
QotD Draw a model of the following situation A cyclist on a world tour bikes due north for 20 km when he sees a Shell gas station and thinks about getting.
Relative Motion Frames of Reference Object or point from which motion is determined Object or point from which motion is determined Most common is the.
Tuesday, September 17, 2013 Mrs. Hensley Sedgefield Middle School.
Slope 1. Goal Given a line, find the slope AND determine if it is positive or negative.
Motion Graphs Position vs. time. Vocabulary Position Where you are relative to the origin (reference point/observer) Distance The total length of how.
Distance – Time Graphs. Graphs are used to communicate quantitative information visually. Most people can understand a graph more quickly and easily than.
Distance-time graphs. Edexcel Statement Introduction Distance time graphs are a good way of describing motion. The distance (the dependent variable)
Motion Unit 2 Chapter 11.1 & 11.2 Distance vs. Displacement Speed and Velocity.
Warm ups Find the slope: (2,1) (8,9) (7,-8) (14,-6) (-4,-1) (-2,-5)
Motion Speed. Motion  Motion: A change in position Depends on reference point Is the mom moving relative to the dad? Is the mom moving if you were on.
Objectives Define speed and calculate speed from total time, total distance. Outcomes (5) Calculate speed and acceleration from practical observations.
Comparing motion on a graph MEASURING MOTION. DESCRIBING MOTION Reference point – a point used for comparison Position: describes where you are (2ft in.
Motion. Where does the car have the most potential energy? a) Between A and B b) Between B and C c) Between C and D d) After D.
Matching a Graph to a Story
Distance-Time Graphs EQ: What can you learn from a distance-time graph?
Distance-Time Graphs
Bell Ringer Describe the motion of the object at each part on the two different graphs. Time Velocity D E F Displacement Time A B C A: + acceleration,
Drawing distance-time graphs
Interpreting Distance-Time Graphs
Math 6-8: The Standards in Practice: A Common Core Lesson
Daily Review/BellRinger Daily Review CRCT Pg. 103 (1-2)
Relationships between Position vs Time and Velocity vs Time graphs
Matching a Graph to a Story
PHYSICS WITH TECHNOLOGY
Speed and Acceleration
Slope of a Line (6.1).
MOTION Think of a time you went to an amusement park. Describe three rides and how they caused you to move.
Distance/time Graphs.
Distance/time Graphs.
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.
Special Cases Involving Systems
Chapter 2 Motion & Speed.
Interpreting Graphs Teacher Twins©2014.
Qualitative Graphs 3.20.
Relationships between Position vs Time and Velocity vs Time graphs
with the following images?
Representing Functions of Everyday Situations
Distance and Time Relationships Interpreting Graphs
Bellringer 2.24 Solve: x x + 4 = 8+ 5x + 6x + 7
GRAPHS REVIEW.
Jeopardy Q $100 Q $100 Q $100 Q $100 Q $100 Q $200 Q $200 Q $200
Speed and Velocity.
The graph below represents Maria’s distance from home one day as she rode her bike to meet friends and do a couple of errands for her mom before returning.
Speed Velocity Acceleration
Matching a Graph to a Story
Relationships between Position vs Time and Velocity vs Time graphs
Speed and Velocity.
Interpreting Graphs Teacher Twins©2014.
Homework: Complete 11—21 Maintenance Sheet #18
Presentation transcript:

Interpreting Distance-Time Graphs Projector resources Interpreting Distance-Time Graphs Displacement

Interpreting Distance-Time Graphs Projector resources Matching a Graph to a Story P-1 A. Tom took his dog for a walk to the park. He set off slowly and then increased his pace. At the park Tom turned around and walked slowly back home. C. Tom went for a jog. At the end of his road he bumped into a friend and his pace slowed. When Tom left his friend he walked quickly back home. B. Tom rode his bike east from his home up a steep hill. After a while the slope eased off. At the top he raced down the other side. Distance From home Distance From home Time

Interpreting Distance-Time Graphs Projector resources Making Up Data for a Graph P-2 TimeDistance