Getting Information From Graphs

Slides:



Advertisements
Similar presentations
Flashbacks Monday 1 Walking the Dog
Advertisements

GRAPHS A Picture is worth a thousand data points.
As Mrs. Covert is taking role answer the five questions on the worksheet. You only have 5 minutes. This needs to be done individually. NO TALKING!!!!
Motion Graphs. Interpret The Graph Below: The graph shows an object which is not moving (at rest). The distance stays the same as time goes by because.
Distance-Time Graphs
Drawing distance-time graphs
Physics: Principles with Applications, 7th edition
ConcepTest 2.1 Walking the Dog
Warm UP Write down objective and homework in agenda
Distance / time graphs.
Five-Minute Check (over Lesson 2–3) Mathematical Practices Then/Now
Identify Key Information from a Graph
Meaning of Graphs.
FORCE, MOTION AND ENERGY
Total Distance & Particle Motion
Catalyst—9/02/2016 Draw a graph with the following information: “position” on y-axis, “time” on x-axis, with the three data points 0, 0 2, 4 4, 8 What.
A Mathematical Model of Motion
Distance – Time Graphs A distance - time graph compares the distance that someone or something travels, compared to time.   Time is the independent variable.
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.
4.4 Find Slope and Rate of Change
DO NOW Copy down your homework: Warm-up:.
Chapter 2 - Motion.
Chapter 2 Motion & Speed.
Interpreting Graphs Teacher Twins©2014.
Balanced and Unbalanced Forces SC. 6. P. 13
Qualitative Graphs 3.20.
(D-T Graphs, sometimes called P-T or Position-Time Graphs)
Point Slope Form.
Check it out! : Identifying Key Features of Linear and Exponential Graphs.
Position, Speed, and Velocity Ch. 4 Physical Science
GRAPHING ACCELERATION
1. Walking the Dog You and your dog go for a walk to the park. On the way, your dog takes many side trips to chase squirrels or examine fire hydrants.
Concep. Quiz 2.1 Walking the Dog
Concept Test Questions College Physics, 7th Edition
Title: Mrs. Ohls Starts her Day
Mr. Lambert Integrated Science 1A Trimester 2, 2014
Linear Scatter Plots S-ID.6, S-ID.7, S-ID.8.
Linear vs Nonlinear Functions
Check it out! : Identifying Key Features of Linear and Exponential Graphs.
Interpreting Graphs of Functions
Mr. Lambert Integrated Science 1A Trimester 2, 2014
Motion Graphs 1.
Motion Graphs.
Motion.
Motion Map Method Physics Seo.
L-3.2: Slope Intercept #1 L-3.3: Slope Intercept #2 L-3.4: Homework
Motion Graphs.
Nov. 8, 2017 Library Fees ! You need: Clean paper / pencil Warm Up:
Tues. Feb. 18 Do NOW What is the difference between an independent variable and a dependent variable? Give an example of each. Do lab activity with CPO.
Motion Graphs SCI 10 Physics.
Additional Example 1A: Matching Situations to Tables
Question 8.
Identify Key Information from a Graph
Graphing Motion Distance Time graphs (AKA position time)
Line of Best Fit.
Warm Up Evaluate f(x) = 4x – 7 over the domain {1, 2, 3, 4}. What is the range?
“Interpret Graphs” Preview Warm Up California Standards
Writing Equations From Two Points
Slope Between Two Points
Mr. Lambert Integrated Science 1A Trimester 1, 2014
Question 25.
Representation of Functions
Graphing Uniform Motion
Quadratic Functions: f(x) = a(x – h)2
DO NOW Come in get a calculator (you cannot use your phone calculator for the quiz). You will have 10 min to review before the quiz.
Interpreting Graphs Teacher Twins©2014.
Study Unit 003: Analytic Geometry
Graphing Motion.
Warm-up How long does it take to drive a distance of 260 miles at a speed of 65mph? Lauren walks 100m in half a minute. What must her speed have been.
Presentation transcript:

Getting Information From Graphs

Table of Contents 46: Warm-Up 47: How Do I Interpret Movement in Visual Representations of Data?

Warm Up 1a. How do you know if a function is increasing? 1b. Give a real life example of an increasing function 2a. How do you know if a function is decreasing? 2b. Give a real life example of a decreasing function

Learning Intention/Success Criteria LI: We are learning how to interpret movement in visual representations of data SC: I know how to -recognize input and output values based on axis labels -recognize and interpret x- and y-intercepts -interpret different shapes of a graph in context -interpret the meaning of increasing, decreasing, and constant in context

EQ: How Do I Interpret Movement in Visual Representations of Data? 12/4/2018

Maximum The highest point in a graph Minimum The lowest point in a graph Where the line crosses the x-axis X-Intercept The contextual meaning changes based on the label Y-Intercept Where the line crosses the y-axis The contextual meaning changes based on the label

Increasing Function A function a positive slope The steeper the line, the faster the movement Decreasing Function A function with a negative slope The steeper the line, the faster the movement

Constant Function A function with zero slope The context will change based on the labels

Example 1: Show on the graph where the function is increasing, decreasing, or constant 2 3 1 5 4 Increasing Decreasing Constant

Guided Practice 1 Show on the graph where the function is constant, increasing, or decreasing Constant Increasing Decreasing 4 2 3 5 8 1 7 6

Example 2: Show on the graph where the function is constant, increasing, or decreasing 4 3 1 2 5 Constant Increasing Decreasing

Guided Practice 2 Show on the graph where the function is constant, increasing, or decreasing 5 3 Constant Increasing Decreasing 1 4 2

Constant Increasing Decreasing Example 3: Cierra goes for a ride on her skateboard on a straight and level street. She starts at home and travels up and back. This is a graph of her distance from home versus time. 6 5 7 2 3 1 4 Constant Increasing Decreasing

What was Cierra doing between times B and C? Cierra was not moving. Her distance from home was constant as time increased.

During which times was Cierra traveling away from her house? Explain. Cierra traveled away from home in Points A to B (1) and Points E to F (5) When the graph increased, it showed that Cierra traveled away from her house.

During which times was Cierra going fastest on her skateboard? Cierra traveled the fastest between Points E to F (5) A to B (1) : B to C (2): C to D (3): D to E (4): E to F (5): F to G (6): G to H (7): 4/2 -1 4 -7/2

What was Cierra doing between points G and H? Explain. Cierra was traveling straight home This decreasing line shows that she is going back home, without stopping.

Example 4: Keoni walks at a constant rate and arrives 10 minutes before the bus arrives. Distance from home time

Guided Practice 3 - 7 Keoni is late. He runs as fast as he can until he gets tired, and then walks the rest of the way, arriving just in time to catch the bus. Distance from home time

Keoni walks at a constant rate until he runs into one of his old acquaintances, one with whom he used to get into trouble with all the time. This acquaintance is skipping school today and is trying to convince Keoni to join her. Keoni talks with her for about 5 minutes, realizes he will miss the bus if he doesn’t leave right away and runs the rest of the way at a constant rate, arriving just in time to be the last one on the bus Distance from home time

This time Keoni is really late This time Keoni is really late! He runs as fast as he can all the way to the bus stop, but runs slower and slower as he gets tired…after all it is a whole mile. But, he appears to have missed the bus. He waits and waits (about 20 minutes) and then remembers it is Prince Kuhio Day…a holiday!! He runs as fast as he can home…exactly the same as on the way to the bus stop…fast at first and tiring when he approaches his destination…just in time to catch the end of the morning cartoons Distance from home time

Keoni is early today, so he walks at a leisurely rate Keoni is early today, so he walks at a leisurely rate. About a quarter of the way to school, he realizes he forgot his math homework, again! He walks briskly back home, but about halfway back home, he remembers he didn’t have math homework, so he walks even faster to the bus stop, arriving about 1 minute before the bus arrives. Distance from home time

Keoni has plenty of time to get to the bus Keoni has plenty of time to get to the bus. He walks slowly for awhile, but then stops to watch a gecko chase a bug. He continues at a slightly faster pace for awhile longer and stops again, this time to tie his shoe and watch a man unload tools from his truck. He realizes he’s possibly late now and continues at a still faster pace until he arrives just in time to catch the bus. Distance from home time