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## PowerPoint Slideshow about 'Types of Data Displays' - tuvya

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Pictograph(Grades 1 and 2)

(Grades 1 and 2)

For Grade 1: the pictures/icons in the pictograph represent a quantity of 1.

For Grade 2: The pictures/icons in the pictograph represent more than 1 and a key is required to interpret the graph.

Tally Chart “Favorite Pets”(Grade 1)

Frequency Table“Favorite Pets”(Grades 2 and 3)

Note: A frequency table may or may not have a column for the tally marks.

Bar Graphs table(Grades 2, 3, 4, 5)

Bar Graphs table(Grades 2, 3, 4, 5)

Grade 2: Single Bar Graph

Grade 3: Single Bar Graph

Grade 4: Double Bar Graph

Grade 5: Multi-Bar Graph

Bar Graphs Example table

Which Direction? table

Vertical Bar Graph

Displays data better than horizontal bar graphs, and is preferred when possible.

Horizontal Bar Graph

Useful when category names are too long to fit at the foot of a column.

Vertical vs. Horizontal table

Double Bar Graph table(Grade 4)

Multi-Bar Graph table(Grade 5)

Line Graph table(Grades 3, 4, 5)

Line Graph table(Grades 3, 4, 5)

- Grade 3: Single Line Graph
- Grade 4: Single Line Graph
- Grade 5: Double Line Graph

Single Line Graph table(Grades 3 and 4)

Double Line Graph table(Grade 5)

Pie Chart – Circle Graph table(Grade 4)

Pie (circle) charts - more info table

- A way of summarizing a set of categorical data or displaying the different values of a given variable (e.g. percentage distribution).
- A circle is divided into a series of segments. Each segment represents a particular category.
- The area of each segment is the same proportion of a circle’s area as the category is of the total data set.
- Quite popular. Circle provides a visual concept of the whole (100%).

Best used for displaying statistical information when there are no more than six components – otherwise, the resulting picture will be too complex to understand.

Pie charts are not useful when the values of each component are similar because it is difficult to see the differences between slice sizes.

Stem and Leaf Plot are no more than six components – otherwise, the resulting picture will be too complex to understand.(Grade 6)

Stem and Leaf Plot are no more than six components – otherwise, the resulting picture will be too complex to understand.

Stem and Leaf Plot are no more than six components – otherwise, the resulting picture will be too complex to understand.

Histograms are no more than six components – otherwise, the resulting picture will be too complex to understand.(Grade 6)

Histogram are no more than six components – otherwise, the resulting picture will be too complex to understand.

Histogram are no more than six components – otherwise, the resulting picture will be too complex to understand.

Line Plot are no more than six components – otherwise, the resulting picture will be too complex to understand.(Grade 4 and 5)

Line Plots (dot plot) Example are no more than six components – otherwise, the resulting picture will be too complex to understand.

Graph paper is a good idea for it is crucial that each recorded X be uniform in size and placed exactly across from each other (one-to-one correspondence).Notice the cluster at 17 & 18 as well as the gap at 13 and 22. The mode is 18, the median is the second X from the bottom for number 18, and the mean is 17.68 or 18.

Line Plot for the Number of M&M's™ in a Package

Line plot made from a Tally Chart recorded X be uniform in size and placed exactly across from each other (one-to-one correspondence).

There are many more types of Data Displays recorded X be uniform in size and placed exactly across from each other (one-to-one correspondence).Here are a few - - -

Stacked Vertical Bar Graph Example recorded X be uniform in size and placed exactly across from each other (one-to-one correspondence).

Histogram Example recorded X be uniform in size and placed exactly across from each other (one-to-one correspondence).(a type of bar graph)

Frequency Polygon recorded X be uniform in size and placed exactly across from each other (one-to-one correspondence).Salaries of Acme

Box and Whisker Plot recorded X be uniform in size and placed exactly across from each other (one-to-one correspondence).

Box & Whisker Graph Example recorded X be uniform in size and placed exactly across from each other (one-to-one correspondence).

Scatter Plot recorded X be uniform in size and placed exactly across from each other (one-to-one correspondence).

Scatter Plot recorded X be uniform in size and placed exactly across from each other (one-to-one correspondence).

Scatter Plot Example recorded X be uniform in size and placed exactly across from each other (one-to-one correspondence).

No Correlation recorded X be uniform in size and placed exactly across from each other (one-to-one correspondence).If there is absolutely no correlation present, the value given is 0.

Perfect linear correlation: recorded X be uniform in size and placed exactly across from each other (one-to-one correspondence).A perfect positive correlation is given the value of 1. A perfect negative correlation is given the value of -1.

Strong linear correlation: recorded X be uniform in size and placed exactly across from each other (one-to-one correspondence).The closer the number is to 1 or -1, the stronger the correlation, or the stronger the relationship between the variables.

Weak linear correlation: recorded X be uniform in size and placed exactly across from each other (one-to-one correspondence).The closer the number is to 0, the weaker the correlation.

Map Graph recorded X be uniform in size and placed exactly across from each other (one-to-one correspondence).Cosmograph

Map Chart recorded X be uniform in size and placed exactly across from each other (one-to-one correspondence).Cosmograph

Map Graph recorded X be uniform in size and placed exactly across from each other (one-to-one correspondence).

- Parts of whole so similar to a pie graph
- Less numerical and more graphic

Venn Diagram recorded X be uniform in size and placed exactly across from each other (one-to-one correspondence).

Venn Diagram recorded X be uniform in size and placed exactly across from each other (one-to-one correspondence).

Venn Diagram recorded X be uniform in size and placed exactly across from each other (one-to-one correspondence).

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