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Statistics for People Who (Think They) Hate Statistics Using By Neil J Salkind, Leslie A Shaw

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756
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18.67 MB
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Digital PDF
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eBook[PDF]
About this ebook
The Statistics for People Who (Think They) Hate Statistics Using R by Neil J. Salkind and Leslie A. Shaw gently guides readers through computing fundamentals and essential mathematical principles using a humorous, non-intimidating approach. [1]
The primary core topics and procedural concepts covered in this specific textbook version include:
📊 R and RStudio Basics
  • Getting Started with R: Basic grounding in using the R language environment and computing labs.
  • RStudio Interface: Familiarity with scripts, datasets, entering syntax to execute tests, and interpreting raw software output. [1, 2]
📉 Descriptive Statistics & Data Visualization
  • Descriptive Statistics: Core fundamentals of organizing and summarizing clean data subsets.
  • Graph and Chart Creation: Visually representing datasets using plots and graphical data layouts within R. [1, 2]
🔗 Correlation & Relationships
  • The Correlation Coefficient: Evaluating direct connections, trends, and variables (humorously described in chapters as assessing whether variables are "cousins or just good friends").
  • Linear Regression: Predicting future numerical behaviors and trend modeling based on ongoing variable tracking. [1, 2, 3]
🧪 Inferential Statistics & Hypothesis Testing
  • Significance: Demystifying what statistical and operational significance actually means for practical research.
  • The One-Sample Z-Test: Computing probabilities when evaluating a singular sample threshold against a known population benchmark.
  • t-Tests (Independent & Dependent): Assessing standard mean differences across distinct external groups vs. connected or related trial groups.
  • Analysis of Variance (ANOVA): Exploring multi-group means using standard one-way Analysis of Variance.
  • Factorial ANOVA: An introductory framework covering multi-variable cross-examinations and foundational multi-factor trials. [1, 2]
🎲 Nonparametric Procedures
  • Chi-Square Tests: Evaluating categorical variances and frequency thresholds.
  • Nonparametric Alternatives: Knowing what steps to execute when data distributions are not normal or standard parameters fail to align. [1, 2]

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