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Textbook Notes for Rivaux S L

UT-AUSTINS W 318Rivaux S LSpring

S W 318 Chapter Notes - Chapter 6-7: Central Limit Theorem, Statistical Parameter, Sampling Distribution

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UT-AUSTINS W 318Rivaux S LSpring

S W 318 Chapter Notes - Chapter 1: Statistical Inference, Empirical Relationship, Descriptive Statistics

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Chapter 1: the what and why of statistics: Cause has to precede effect in time. There has to be an empirical relationship between cause and effect. The
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UT-AUSTINS W 318Rivaux S LSpring

S W 318 Chapter Notes - Chapter 2: Frequency Distribution

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Chapter two: organization of information frequency distributions: Formula: proportion (p) equals frequency (f) divided by the total number of cases (n)
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UT-AUSTINS W 318Rivaux S LSpring

S W 318 Chapter Notes - Chapter 4: Central Tendency, Percentile

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Example: 3, 45, 16, 25, 67, 72, and 34. The mode would be 72 because it is the highest frequency in the distribution. Example of an odd number case: 2,
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UT-AUSTINS W 318Rivaux S LSpring

S W 318 Chapter Notes - Chapter 3: Bar Chart, Ordinal Data, Line Graph

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Often times we are more interest in the general impression than in detailed analyses of the numbers. Axes can be shrunk or stretched in order to create
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UT-AUSTINS W 318Rivaux S LSpring

S W 318 Chapter Notes - Chapter 5: Interquartile Range, Squared Deviations From The Mean, Standard Deviation

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