Kite Diagrams. Kite diagrams are a visual picture of the population density of a species across a horizontal landscape.

Slides:



Advertisements
Similar presentations
Year 8 Design Technology 2 Point Perspective. Introduction Two point perspective is a 3D drawing with a horizon and two vanishing points. By using your.
Advertisements

Graphic representations in statistics (part II). Statistics graph Data recorded in surveys are displayed by a statistical graph. There are some specific.
Unit 4: Linear Relations Unit 4: Linear Relations.
Ch. 9.3 Rational Functions and Their Graphs
Coordinates and Linear Equations Miss Hudson’s Maths.
Graphing. The Important Elements of a Graph  Horizontal Axis (X-Axis)  Represents the passage of time and the numerical value of behavior.  The Independent.
Cumulative Frequency Diagrams & Box Plots. Cumulative Frequency Time t minutes 0≤t
Charts & Graphs.
Session 1. Numeracy lesson and differentiation Content Environment Process Product.
IPC Notes: Graphing.
Add to syllabus chat…teaching how to think, not memorize. Regardless of whether it’s a physics course, employers will want some who can think and process.
Graphic Function
CHAPTER 39 Cumulative Frequency. Cumulative Frequency Tables The cumulative frequency is the running total of the frequency up to the end of each class.
Linear Perspective Drawings 3 Point Perspective2 Point Perspective 1 Point Perspective.
Goal: Graph horizontal and vertical lines Eligible Content: A / A
How to Prepare a Graph Tracking your TCAP progress An Arvola lesson guide production.
© SSER Ltd. How Science Works Types of Graph. This presentation looks at the following types of graph: 1.Bar Chart 3.Line Graph4.Pie Chart 5.Scatter Graph.
Graphing. The Important Elements of a Graph  Horizontal Axis (X-Axis)  The Independent Variable. A change in this variable affects the y variable. 
Graphs in Science You Can Do It!!!.
Header (unit) 1) Vertical. Your data table should have columns at the top and the data should be underneath the columns. The data table should not be horizontal.
Graphs Graphs are used to display data. They visually represent relationships between data. All graphs should have a title that identifies the variables.
Making and Understanding Graphs What is a graph? A graph is a “picture” of your data.
Page 1 We will cover: Data Tables Line Graphs Bar Graphs Circle Graphs We will cover: Data Tables Line Graphs Bar Graphs Circle Graphs.
16 Graph Skills How to read and understand advanced types of bar charts, area graphs, climographs and triangle graphs How to advance their skills of drawing.
Drawing a line graph. A 2-D diagram of the apparatus used in the scientific investigation open air hole Close d air hole closed air hole.
How to Make a Line Graph Eric Angat Teacher
Graphing Exercise. In this exercise you are going to make as many dots as you can on your whiteboard in a chosen amount of time. You will then graph your.
Equation of a line.
SCIENCE SKILLS. Chapter Two: Science Skills  2.1 Mass and Volume  2.2 Density  2.3 Graphing  2.4 Solving Problems.
Bar Graphs Used for comparing separate groups. Axes X- axis: independent variable (what the scientist controls) Horizontal D – dependent R – responding.
Graph: a visual display of information or data
Math Man is an organizational tool that will help you to remember some of the basic principals of math. Begin your EOC test by drawing and labeling, it.
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.
Graphing Basics. Creating a graph Draw the y-axis on the vertical axis and the X-axis on the horizontal one Label what variable is on each of the axis.
Area of a circle Radius r (m) Area A (m 2 ) when r = 2.5 A = 20 (to 2sf) when A = 30 r = 3.1 (to 2sf)
Chapter One, Section 5: Graphs in Science
OBSERVING, RECORDING AND REPORTING
Creating a Multiple Line Graph photocopies # 47 & 48.
| resources for science teachers who like to think TopicDrawing graphsLevelKey Stage 3/GCSE (or.
Graphing. Graphs Data must be shown in a way that allows others to understand your results easily and rapidly. There are many types of graphs. The type.
GRAPHING BASICS Data Management & Graphing. Types of Graphs After collecting your data, you will need to organize it into a graph. After collecting your.
GRAPH Definition: A PICTORIAL REPRESENTATION OF INFORMATION RECORDED IN A DATA TABLE. USED TO SHOW A RELATIONSHIP BETWEEN TWO OR MORE FACTORS.
Density Graph Rules of Construction. Density Graphing Rules  First, look at all your values for mass and volume.  Next, decide on a scale that best.
Variable A Variable isanything that may affect (change) the out come of the experiment. In an experiment we are looking for a “Cause and Effect” “Cause.
What do we already know about bar graphs?. X and Y Axis The x-axis runs horizontally (flat). This is the information you collect In most bar graphs, the.
Perspective Drawings Linear perspective is a geometric method of representing the apparent diminishing of scale as the distance from object to viewer increases.
Graphing Data: Information Data Table: a way to organize data in columns so it is neat and readable Title: a brief way to describe the content of a book,
GRAPHING We use a graph to compare two measurements (variables) in an experiment. The independent variable is the one we control. The dependent variable.
In the last several lessons, you have described translations using coordinates. You have also developed strategies for determining where an object started.
Graphs Another good way to organize this data is with a Graph. Graph – a diagram that shows a relationship between two sets of numbers. So do we have two.
Data Representation: Making Tables & Graphs. Data Tables.
Graphing Notes O Graphs are used to show the results you obtained from an experiment. O When you draw a graph, put the independent variable on the x-axis.
4.1 NOTES. x-Axis – The horizontal line on the coordinate plane where y=0. y-Axis – The vertical line on the coordinate plane where x=0.
Christmas Maths and Art Aim: to understand how to create a geometrical curve using straight lines only and apply the technique to design and sew a Christmas.
Task: draw a timeline showing the main events from page Turn your book sideways and get a fresh page 2. At the top put the title: 'Rome's rise.
9/19/16 HOW to make a graph Objective: I will construct a graph from a data table and include all of the required parts of a graph. PAGE 11.
*Note: You will need graph paper today
C O L U M N G R A P h Session 1.
Review of Graphing Understanding Graphs.
How-to complete the Design Notebook
You might want to start your title ‘A graph to show....’
Ch 1 G’raph Science.
Day 52 – Box-and-Whisker.
Creating Sheet Metal Pattern
Graphing & Statistics Honors Biology.
GRADIENTS AND STRAIGHT LINE GRAPHS
Histograms.
Header (unit) 1) Vertical. Your data table should have columns at the top and the data should be underneath the columns. The data table should not be.
SPRING TIME LINE RUBRIC
Presentation transcript:

Kite Diagrams

Kite diagrams are a visual picture of the population density of a species across a horizontal landscape.

1.Calculate population density per metre 2 for the chosen organisms. 50cm 2 quadrats were used. How to draw a kite diagram Quadrat Number Barnacle Density (numbe r/m 2 ) MusselDensity (numbe r/m 2 ) ChitonDensity (numbe r/m 2 ) 2m000 4m0161 6m4172 8m686 10m m m1800

1.Calculate population density per metre 2 for the chosen organisms. 50cm 2 quadrats were used. How to draw a kite diagram Quadrat Number Barnacle Density (numbe r/m 2 ) MusselDensity (numbe r/m 2 ) ChitonDensity (numbe r/m 2 ) 2m m m m m m m

1) You will need to use a whole page of graph paper and turn it horizontally 2) Write a suitable title and include date and site at the top of your page. 3) x-axis (horizontal) = sample sites distances from high tide y-axis (vertical) = species names 4) Divide the y-axis into three equal parts. Draw a line through the middle of each, parallel to the horizontal axis. These will be the baselines (equal to 0) Instructions for constructing a kite diagram…

5)Scan your data to find the highest density value. Divide this in half. 6) Make a scale on your y-axis above and below each baseline that will cover this value. 7) Divide the rest of the data in half and plot points above and below the baseline with an x. Mark O’s on the baseline with an x. Join the points above and below each baseline with a ruler and the same underneath. Shade each ‘kite’. Continued…

A bad kite diagram – what is wrong? Does not give distances from start point or units of distance Some of the kites are open ended – should be closed off at end. Title does not contain much detail. No mention of where site is or date samples are taken.