1. SUMMARIZING DATA FIGURES FOR CHAPTER 10 10.1 Introduction
This chapter in the book includes:
10.1 Introduction
10.2 Methods Based on the Cumulative Distribution
Function
10.3 Histograms, Density Curves, and
Stem-and-Leaf Plots
10.4 Measures of Location
10.5 Measures of Dispersion
10.6 Boxplots
10.7 Exploring Relationships with Scatterplots
10.8 Concluding Remarks
10.9 Problems
ISBN
Return to Contents.
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2. Figure 10.1 The empirical cumulative distribution function of the melting points of beeswax.
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3. Figure 10. 2 Survival functions for guinea pig lifetimes
Figure 10.2 Survival functions for guinea pig lifetimes. For purposes of visual clarity, the points have been joined by lines.
© 2007 Thomson Brooks/Cole, a part of The Thomson Corporation.

4. Figure 10. 3 Log survival functions for guinea pig lifetimes
Figure 10.3 Log survival functions for guinea pig lifetimes. For purposes of visual clarity, the points have been joined by lines.
© 2007 Thomson Brooks/Cole, a part of The Thomson Corporation.

5. Figure 10. 4 An additive treatment effect
Figure 10.4 An additive treatment effect. The solid line is F(y), and the dotted line is G(y) = F (y − h).
© 2007 Thomson Brooks/Cole, a part of The Thomson Corporation.

6. Figure 10. 5 A multiplicative treatment effect
Figure 10.5 A multiplicative treatment effect. The solid line is F ( y), and the dotted line is G( y) = F ( y/c).
© 2007 Thomson Brooks/Cole, a part of The Thomson Corporation.

7. Figure 10.6 Q-Q plots of air pollution variables.
ozone maxima (ppm)
carbon monoxide
concentration (ppm)
nitrogen oxide con-
centration (ppm)
Nonmethane hydro-
carbons (ppm)
solar radiation
(langleys)
aerosols (ruds)
Figure Q-Q plots of air pollution variables.
© 2007 Thomson Brooks/Cole, a part of The Thomson Corporation.

8. Figure 10. 7 Q-Q plots of groups III and V from Bjerkdahl (1960)
Figure 10.7 Q-Q plots of groups III and V from Bjerkdahl (1960). For reference, the line y = x has been added.
© 2007 Thomson Brooks/Cole, a part of The Thomson Corporation.

9. Figure 10.8 Histograms of melting points of beeswax.
bin width = .1
bin width = .2
bin width = .5
Figure Histograms of melting points of beeswax.
© 2007 Thomson Brooks/Cole, a part of The Thomson Corporation.

10. .025
Figure Probability density estimates from melting point data. The kernel w is the standard normal density with stan-dard deviation. Note that the vertical scales are different.
.125
1.25
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11. Figure 10.10 Plot showing time sequence of measurements of heat of sublimation of platinum.
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12. Figure 10.11 Histogram of 1000 bootstrap 20% trimmed means.
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13. Figure 10.12 Histogram of 1000 bootstrap medians.
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14. Figure 10.13 Boxplot of the platinum data.
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15. Figure 10.14 Boxplots of daily maximum concentrations of sulfur dioxide.
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16. Figure 10.15 Sleep versus brain weight for a collection of mammals.
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17. Figure 10.16 Sleep versus logarithm of brain weight.
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18. Figure 10.17 Occupancy measurements by adjacent loops in four lanes.
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19. 10.9 Problems Problem 45
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