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      Nobleprog (uk) Limited

      Statistics Level 2 Training Course

      Nobleprog (uk) Limited
      In Newcastle upon Tyne ()

      £4,150
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      Important information

      Typology Course
      • Course
      Description

      This training course covers advanced statistics. It explains most of the tools commonly used in research, analysis and forecasting. It provides short explanations of the theory behind the formulas.
      This course does not relate to any specific field of knowledge, but can be tailored if all the delegates have the same background and goals.
      Some basic computer tools are used during this course (notably Excel and OpenOffice)

      To take into account

      · Requirements

      The delegates should have completed Statistics Level 1 course or have equivalent work experience.

      Questions & Answers

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      What you'll learn on the course

      Interpreting
      IT Law
      Forecasting
      Computing
      Testing
      Statistics
      Logic
      Simulation
      Confidence Training
      MS Excel
      Probability

      Course programme

      Describing Bivariate Data
      • Introduction to Bivariate Data
      • Values of the Pearson Correlation
      • Guessing Correlations Simulation
      • Properties of Pearson's r
      • Computing Pearson's r
      • Restriction of Range Demo
      • Variance Sum Law II
      • Exercises
      Probability
      • Introduction
      • Basic Concepts
      • Conditional Probability Demo
      • Gamblers Fallacy Simulation
      • Birthday Demonstration
      • Binomial Distribution
      • Binomial Demonstration
      • Base Rates
      • Bayes' Theorem Demonstration
      • Monty Hall Problem Demonstration
      • Exercises
      Normal Distributions
      • Introduction
      • History
      • Areas of Normal Distributions
      • Varieties of Normal Distribution Demo
      • Standard Normal
      • Normal Approximation to the Binomial
      • Normal Approximation Demo
      • Exercises
      Sampling Distributions
      • Introduction
      • Basic Demo
      • Sample Size Demo
      • Central Limit Theorem Demo
      • Sampling Distribution of the Mean
      • Sampling Distribution of Difference Between Means
      • Sampling Distribution of Pearson's r
      • Sampling Distribution of a Proportion
      • Exercises
      Estimation
      • Introduction
      • Degrees of Freedom
      • Characteristics of Estimators
      • Bias and Variability Simulation
      • Confidence Intervals
      • Exercises
      Logic of Hypothesis Testing
      • Introduction
      • Significance Testing
      • Type I and Type II Errors
      • One- and Two-Tailed Tests
      • Interpreting Significant Results
      • Interpreting Non-Significant Results
      • Steps in Hypothesis Testing
      • Significance Testing and Confidence Intervals
      • Misconceptions
      • Exercises
      Testing Means
      • Single Mean
      • t Distribution Demo
      • Difference between Two Means (Independent Groups)
      • Robustness Simulation
      • All Pairwise Comparisons Among Means
      • Specific Comparisons
      • Difference between Two Means (Correlated Pairs)
      • Correlated t Simulation
      • Specific Comparisons (Correlated Observations)
      • Pairwise Comparisons (Correlated Observations)
      • Exercises
      Power
      • Introduction
      • Factors Affecting Power
      • Why power matters
      • Exercises
      Prediction
      • Introduction to Simple Linear Regression
      • Linear Fit Demo
      • Partitioning Sums of Squares
      • Standard Error of the Estimate
      • Prediction Line Demo
      • Inferential Statistics for b and r
      • Exercises
      ANOVA
      • Introduction
      • ANOVA Designs
      • One-Factor ANOVA (Between-Subjects)
      • One-Way Demo
      • Multi-Factor ANOVA (Between-Subjects)
      • Unequal Sample Sizes
      • Tests Supplementing ANOVA
      • Within-Subjects ANOVA
      • Power of Within-Subjects Designs Demo
      • Exercises
      Chi Square
      • Chi Square Distribution
      • One-Way Tables
      • Testing Distributions Demo
      • Contingency Tables
      • 2 x 2 Table Simulation
      • Exercises

      Additional information

      28 hours (usually 4 days including breaks)

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