Concise and highly focused, this volume offers everything high school and beginning college students need to know to handle problems in probability and statistics. Numerous rigorously tested examples and coherent, to-the-point explanations are presented in an easy-to-follow format. The treatment is
Understanding Probability and Statistics: A Book of Problems
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β¦ Table of Contents
Cover
Half Title
Title Page
Copyright Page
Dedication
Contents
Preface
I: PROBLEMS TO SOLVE
1 Descriptive Statistics I
1.1 Measures Characterizing Distributions I
1.2 Correlation and Linear Regression
2 Probability I
2.1 Events, Operations, and Event Probabilities
2.2 Problems Involving Combinatorics
2.3 Conditional Probabilities and Dependence/Independence between Events
2.4 Bayesβ Theorem
2.5 Probability Distributions and Expectations
3 Reasoning across Domains
3.1 Statistics, Probability, and Inference
II: MULTIPLE-CHOICE PROBLEMS
4 Descriptive Statistics II
4.1 Scales of Measurement
4.2 Measures Characterizing Distributions II
4.3 Transformed Scores, Association, and Linear Regression
4.4 In Retrospect
5 Probability II
6 Normal Distribution, Sampling Distributions, and Inference
III: ANSWERS
Answers for Part I: Problems to Solve
Chapter 1. Descriptive Statistics I
1.1 Measures Characterizing Distributions I
1.2 Correlation and Linear Regression
Chapter 2. Probability I
2.1 Events, Operations, and Event Probabilities
2.2 Problems Involving Combinatorics
2.3 Conditional Probabilities and Dependence/Independence between Events
2.4 Bayesβ Theorem
2.5 Probability Distributions and Expectations
Chapter 3. Reasoning across Domains
3.1 Statistics, Probability, and Inference
Answers for Part II: Multiple-Choice Problems
Chapter 4. Descriptive Statistics II
4.1 Scales of Measurement
4.2 Measures Characterizing Distributions II
4.3 Transformed Scores, Association, and Linear Regression
4.4 In Retrospect
Chapter 5. Probability II
Chapter 6. Normal Distribution, Sampling Distributions, and Inference
References
Index
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Concise and highly focused, this volume offers everything high school and beginning college students need to know to handle problems in probability and statistics. Numerous rigorously tested examples and coherent, to-the-point explanations are presented in an easy-to-follow format.<BR>The treatment
The chapters in this book deal with Basic formulation of waveguide cavity resonator equations especially when the cross sections of the guides and resonators have arbitrary shapes. The focus is on expressing the total field energy within such a cavity resonator as a quadratic form in the complex