Difference between revisions of "SOCR EduMaterials Activities BubbleChart"

From SOCR
Jump to: navigation, search
(Example: Allometric relationship between population density, body mass and metabolic activity in Plants)
(Description)
Line 18: Line 18:
  
 
Note that below the graph shows the numerical values for mean, standard deviation, and median.
 
Note that below the graph shows the numerical values for mean, standard deviation, and median.
 +
 +
==Example & Exercises==
 +
'''Allometric relationship between population density, body mass and metabolic activity in Plants'''
 +
 +
Use the [[SOCR_Data_Dinov_032708_AllometricPlanRels | Allometric relationship between population density, body mass and metabolic activity in Plants Dataset]] to generate a Bubble plot of the ''population density'' (number/m<sup>2</sup>).
 +
 +
<center>[[Image:SOCR_Activitites_Miscellaneous_BubbleChart_Dinov_042208_Fig3.jpg|500px]]</center>
 +
 +
 +
{{translate|pageName=http://wiki.stat.ucla.edu/socr/index.php?title=SOCR_EduMaterials_Activities_BallotExperiment}}
  
 
== Data Type and Format ==
 
== Data Type and Format ==

Revision as of 09:01, 3 May 2008

BUBBLE CHART

Background

Bubble Charts is a process to illustrate three dimensional data in a two dimensional charts. The size of the market is proportional to a third set of values on a grid according to the standard X and Y values. It is useful for data set of hundreds to thousands of values.

For reference: Graphing Bubble Charts

Goals

  • To show a step-by-step procedure of using the SOCR Bubble Chart
  • Relating the demonstration with other possible activities

Description

Go to the SOCR Charts and select Miscellaneous from the items located on the left, then select Bubble Chart Demo:

Error creating thumbnail: File missing

Note that below the graph shows the numerical values for mean, standard deviation, and median.

Example & Exercises

Allometric relationship between population density, body mass and metabolic activity in Plants

Use the Allometric relationship between population density, body mass and metabolic activity in Plants Dataset to generate a Bubble plot of the population density (number/m2).

SOCR Activitites Miscellaneous BubbleChart Dinov 042208 Fig3.jpg




Translate this page:

(default)
Uk flag.gif

Deutsch
De flag.gif

Español
Es flag.gif

Français
Fr flag.gif

Italiano
It flag.gif

Português
Pt flag.gif

日本語
Jp flag.gif

България
Bg flag.gif

الامارات العربية المتحدة
Ae flag.gif

Suomi
Fi flag.gif

इस भाषा में
In flag.gif

Norge
No flag.png

한국어
Kr flag.gif

中文
Cn flag.gif

繁体中文
Cn flag.gif

Русский
Ru flag.gif

Nederlands
Nl flag.gif

Ελληνικά
Gr flag.gif

Hrvatska
Hr flag.gif

Česká republika
Cz flag.gif

Danmark
Dk flag.gif

Polska
Pl flag.png

România
Ro flag.png

Sverige
Se flag.gif

Data Type and Format

By clicking Data between the Graph and Mapping button, it allows users to input or vary the values of the data set. For Bubble Charts, users only need to gather numerical values of the data set. In the data table, the X-Y variables represent the point at which the bubbles will be centered and the Z variable represents the length or diameter of the bubbles. After the input of these data tables, SOCR will automatically graph these bubbles on the charts:

SOCR Activitites Miscellaneous BubbleChart Chui 090807 Fig2.jpg

Applications

One of the most persuasive elements when proposing data and literature to others is a well-designed chart presentation.

The Bubble Chart is useful for large sets of values so scientists may use this type of chart when presenting a simple display of red blood cell counts in different ages of humans.

Bubble Charts may also be used for researchers who study the population of ants in different parts of the state, country, continent, or world.