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1. Bonus lecture Next steps.html
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1. Calculating confidence intervals for two means with dependent samples.mp4
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1. Calculating confidence intervals for two means with dependent samples.vtt
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1. Decomposing the linear regression model - understanding its nuts and bolts.mp4
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1. Decomposing the linear regression model - understanding its nuts and bolts.vtt
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1. Dummy variables.mp4
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1. Dummy variables.vtt
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1. Introduction to inferential statistics.mp4
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1. Introduction to inferential statistics.vtt
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1. Introduction to regression analysis.mp4
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1. Introduction to regression analysis.vtt
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1. OLS assumptions.mp4
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1. OLS assumptions.vtt
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1. Practical example hypothesis testing.mp4
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1. Practical example hypothesis testing.vtt
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1. Practical example inferential statistics.mp4
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1. Practical example inferential statistics.vtt
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1. Practical example regression analysis.mp4
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129.3 MB
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1. Practical example regression analysis.vtt
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16 KB
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1. Practical example.mp4
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160.5 MB
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1. Practical example.vtt
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1. Test for the mean. Population variance known.mp4
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1. Test for the mean. Population variance known.vtt
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1. The main measures of central tendency mean, median and mode.mp4
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1. The main measures of central tendency mean, median and mode.vtt
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1. The null and the alternative hypothesis.mp4
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1. The null and the alternative hypothesis.vtt
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1. The various types of data we can work with.mp4
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1. The various types of data we can work with.vtt
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1. Understanding the difference between a population and a sample.mp4
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58.1 MB
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1. Understanding the difference between a population and a sample.vtt
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1. What does the course cover.mp4
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1. What does the course cover.vtt
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1. Working with estimators and estimates.mp4
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47.8 MB
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1. Working with estimators and estimates.vtt
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1.1 2.13. Practical example. Descriptive statistics_lesson.xlsx.xlsx
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146.5 KB
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1.1 2.7. Mean, median and mode_lesson.xlsx.xlsx
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10.5 KB
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1.1 3.13. Confidence intervals. Two means. Dependent samples_lesson.xlsx.xlsx
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10.5 KB
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1.1 3.17. Practical example. Confidence intervals_lesson.xlsx.xlsx
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1.7 MB
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1.1 4.10.Hypothesis-testing-section-practical-example.xlsx.xlsx
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51.7 KB
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1.1 4.4. Test for the mean. Population variance known_lesson.xlsx.xlsx
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11 KB
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1.1 5.20. Dummy variables_lesson.xlsx.xlsx
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25.2 KB
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1.1 5.21. Regression_Analysis_practical_example.xlsx.xlsx
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1.4 MB
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1.1 Course notes_descriptive_statistics.pdf.pdf
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482.2 KB
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1.1 Course notes_hypothesis_testing.pdf.pdf
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648.2 KB
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1.1 Course notes_inferential statistics.pdf.pdf
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382.3 KB
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1.1 Statistics Glossary.xlsx.xlsx
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20.3 KB
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1.2 Glossary.xlsx.xlsx
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20 KB
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10. A geometrical representation of the linear regression model.html
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102.4 B
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10. A4. No autocorrelation.html
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102.4 B
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10. Calculating confidence intervals within a population with an unknown variance.mp4
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32.2 MB
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10. Calculating confidence intervals within a population with an unknown variance.vtt
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10. Numerical variables. Using a frequency distribution table. Exercise.html
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102.4 B
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10. Standard deviation and coefficient of variation. Exercise.html
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102.4 B
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10. Test for the mean. Independent samples (Part 1).html
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102.4 B
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10. The central limit theorem.html
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102.4 B
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10. The multiple linear regression model.mp4
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19.1 MB
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10. The multiple linear regression model.vtt
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3.2 KB
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10.1 2.10. Standard deviation and coefficient of variation_exercise.xlsx.xlsx
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XLSX
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11.3 KB
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10.1 2.4. Numerical variables. Frequency distribution table_exercise.xlsx.xlsx
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XLSX
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11.7 KB
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10.1 3.11. The t-table.xlsx.xlsx
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XLSX
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15.8 KB
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10.1 4.8.Test-for-the-mean.Independent-samples-Part-1-exercise.xlsx.xlsx
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XLSX
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10.8 KB
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10.2 2.10. Standard deviation and coefficient of variation_exercise_solution.xlsx.xlsx
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XLSX
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12.4 KB
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10.2 2.4. Numerical variables. Frequency distribution table_exercise_solution.xlsx.xlsx
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XLSX
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12.9 KB
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10.2 3.11. Population variance unknown, t-score_lesson.xlsx.xlsx
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XLSX
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10.8 KB
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10.2 4.8.Test-for-the-mean.Independent-samples-Part-1-exercise-solution.xlsx.xlsx
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XLSX
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11. A practical example - Reinforced learning.mp4
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45.9 MB
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11. A practical example - Reinforced learning.vtt
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11. A5. No multicollinearity.mp4
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11. A5. No multicollinearity.vtt
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11. Calculating and understanding covariance.mp4
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27.5 MB
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11. Calculating and understanding covariance.vtt
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11. Histogram charts.mp4
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13.8 MB
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11. Histogram charts.vtt
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11. Population variance unknown. T-score. Exercise.html
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11. Standard error.mp4
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11. Standard error.vtt
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11. Test for the mean. Independent samples (Part 2).mp4
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36.4 MB
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11. Test for the mean. Independent samples (Part 2).vtt
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11. The multiple linear regression model.html
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102.4 B
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11.1 2.11. Covariance_lesson.xlsx.xlsx
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24.9 KB
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11.1 2.5. The Histogram_lesson.xlsx.xlsx
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18.6 KB
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11.1 3.11. Population variance unknown, t-score_exercise_solution.xlsx.xlsx
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11.1 KB
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11.1 4.9. Test for the mean. Independent samples (Part 2)_lesson.xlsx.xlsx
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9.3 KB
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11.1 5.6. Example_lesson.xlsx.xlsx
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23.5 KB
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11.2 3.11. Population variance unknown, t-score_exercise.xlsx.xlsx
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XLSX
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10.6 KB
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11.3 3.11. The t-table.xlsx.xlsx
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XLSX
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15.8 KB
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12. A5. No multicollinearity.html
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102.4 B
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12. Calculating and understanding covariance.html
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102.4 B
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12. Histogram charts.html
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102.4 B
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12. Standard error.html
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102.4 B
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12. Test for the mean. Independent samples (Part 2).html
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102.4 B
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12. The adjusted R-squared.mp4
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43.7 MB
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12. The adjusted R-squared.vtt
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12. What is a margin of error and why is it important in Statistics.mp4
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59.2 MB
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12. What is a margin of error and why is it important in Statistics.vtt
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12.1 5.12. Adjusted R-squared_lesson.xlsx.xlsx
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18.2 KB
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13. Covariance. Exercise.html
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102.4 B
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13. Histogram charts. Exercise.html
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102.4 B
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13. Margin of error.html
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102.4 B
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13. Test for the mean. Independent samples (Part 2). Exercise.html
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102.4 B
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13. The adjusted R-squared.html
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102.4 B
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13.1 2.11. Covariance_exercise.xlsx.xlsx
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XLSX
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20.2 KB
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13.1 2.5. The Histogram_exercise.xlsx.xlsx
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XLSX
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15.5 KB
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13.1 4.9.Test-for-the-mean.Independent-samples-Part-2-exercise-2.xlsx.xlsx
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XLSX
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10.5 KB
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13.2 2.11. Covariance_exercise_solution.xlsx.xlsx
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29.5 KB
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13.2 2.5.The-Histogram-exercise-solution.xlsx.xlsx
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XLSX
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17.1 KB
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13.2 4.9.Test-for-the-mean.Independent-samples-Part-2-exercise-2-solution.xlsx.xlsx
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11.4 KB
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13.3 Statistics - PDF with Excel Solutions that don't visualize properly.pdf.pdf
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PDF
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289.1 KB
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14. Cross tables and scatter plots.mp4
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39.8 MB
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14. Cross tables and scatter plots.vtt
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14. The correlation coefficient.mp4
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29.4 MB
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14. The correlation coefficient.vtt
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4.4 KB
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14. What does the F-statistic show us and why do we need to understand it.mp4
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13.9 MB
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14. What does the F-statistic show us and why do we need to understand it.vtt
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14.1 2.12. Correlation_lesson.xlsx.xlsx
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25 KB
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14.1 2.6. Cross table and scatter plot.xlsx.xlsx
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26.1 KB
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15. Correlation.html
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102.4 B
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15. Cross Tables and Scatter Plots.html
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102.4 B
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16. Correlation coefficient.html
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102.4 B
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16. Cross tables and scatter plots. Exercise.html
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102.4 B
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16.1 2.12. Correlation_exercise.xlsx.xlsx
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29.3 KB
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16.1 2.6. Cross table and scatter plot_exercise_solution.xlsx.xlsx
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XLSX
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40.4 KB
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16.2 2.12. Correlation_exercise_solution.xlsx.xlsx
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29.5 KB
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16.2 2.6. Cross table and scatter plot_exercise.xlsx.xlsx
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XLSX
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16.3 KB
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2. Confidence intervals. Two means. Dependent samples. Exercise.html
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102.4 B
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2. Decomposition.html
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102.4 B
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2. Download all resources.html
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716.8 B
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2. Estimators and estimates.html
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102.4 B
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2. Further reading on null and alternative hypotheses.html
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2.3 KB
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2. Introduction.html
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102.4 B
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2. Mean, median and mode. Exercise.html
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HTML
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102.4 B
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2. OLS assumptions.html
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HTML
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102.4 B
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2. Population vs sample.html
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HTML
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102.4 B
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2. Practical example descriptive statistics.html
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HTML
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102.4 B
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2. Practical example hypothesis testing.html
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HTML
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102.4 B
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2. Practical example inferential statistics.html
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HTML
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102.4 B
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2. Test for the mean. Population variance known. Exercise.html
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HTML
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102.4 B
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2. Types of data.html
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HTML
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102.4 B
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2. What is a distribution.mp4
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61.6 MB
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2. What is a distribution.vtt
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5.4 KB
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2.1 2.13.Practical-example.Descriptive-statistics-exercise-solution.xlsx.xlsx
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XLSX
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146.2 KB
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2.1 2.7. Mean, median and mode_exercise.xlsx.xlsx
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XLSX
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10.9 KB
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2.1 3.13. Confidence intervals. Two means. Dependent samples_exercise.xlsx.xlsx
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XLSX
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13.7 KB
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2.1 3.17.Practical-example.Confidence-intervals-exercise.xlsx.xlsx
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XLSX
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1.7 MB
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2.1 3.2. What is a distribution_lesson.xlsx.xlsx
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XLSX
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19.5 KB
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2.1 4.10. Hypothesis testing section_practical example_exercise.xlsx.xlsx
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XLSX
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43.4 KB
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2.1 4.4. Test for the mean. Population variance known_exercise.xlsx.xlsx
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XLSX
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11 KB
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2.2 2.13.Practical-example.Descriptive-statistics-exercise.xlsx.xlsx
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XLSX
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120.3 KB
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2.2 2.7. Mean, median and mode_exercise_solution.xlsx.xlsx
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XLSX
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11.4 KB
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2.2 3.13. Confidence intervals. Two means. Dependent samples_exercise_solution.xlsx.xlsx
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14.2 KB
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2.2 3.17.Practical-example.Confidence-intervals-exercise-solution.xlsx.xlsx
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XLSX
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1.8 MB
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2.2 4.10.Hypothesis-testing-section-practical-example-exercise-solution.xlsx.xlsx
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44 KB
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2.2 4.4. Test for the mean. Population variance known_exercise_solution.xlsx.xlsx
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11.2 KB
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2.2 Course notes_inferential statistics.pdf.pdf
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382.3 KB
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3. A1. Linearity.mp4
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12.1 MB
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3. A1. Linearity.vtt
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2.1 KB
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3. Calculating confidence intervals for two means with independent samples (part 1).mp4
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28.8 MB
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3. Calculating confidence intervals for two means with independent samples (part 1).vtt
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3. Confidence intervals - an invaluable tool for decision making.mp4
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49.9 MB
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3. Confidence intervals - an invaluable tool for decision making.vtt
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3. Correlation and causation.mp4
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25.6 MB
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3. Correlation and causation.vtt
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3. Levels of measurement.mp4
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54.4 MB
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3. Levels of measurement.vtt
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3. Measuring skewness.mp4
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19.4 MB
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3. Measuring skewness.vtt
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3.4 KB
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3. Null vs alternative.html
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102.4 B
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3. What is R-squared and how does it help us.mp4
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36.5 MB
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3. What is R-squared and how does it help us.vtt
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6 KB
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3. What is a distribution.html
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102.4 B
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3. What is the p-value and why is it one of the most useful tools for statisticians.mp4
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55.9 MB
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3. What is the p-value and why is it one of the most useful tools for statisticians.vtt
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4.7 KB
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3.1 2.8. Skewness_lesson.xlsx.xlsx
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XLSX
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34.6 KB
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3.1 3.14. Confidence intervals. Two means. Independent samples (Part 1)_lesson.xlsx.xlsx
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XLSX
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3.1 5.2. Correlation and causation_lesson.xlsx.xlsx
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XLSX
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10.6 KB
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3.1 Online p-value calculator.pdf.pdf
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PDF
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1.2 MB
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4. A1. Linearity.html
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HTML
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102.4 B
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4. Confidence intervals. Two means. Independent samples (Part 1). Exercise.html
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102.4 B
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4. Confidence intervals.html
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102.4 B
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4. Correlation and causation.html
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102.4 B
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4. Establishing a rejection region and a significance level.mp4
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112.7 MB
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4. Establishing a rejection region and a significance level.vtt
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8.1 KB
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4. Levels of measurement.html
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102.4 B
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4. R-squared.html
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102.4 B
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4. Skewness.html
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102.4 B
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4. The Normal distribution.mp4
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49.9 MB
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4. The Normal distribution.vtt
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4.7 KB
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4. p-value.html
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102.4 B
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4.1 3.14. Confidence intervals. Two means. Independent samples (Part 1)_exercise.xlsx.xlsx
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XLSX
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9.8 KB
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4.1 Course notes_hypothesis_testing.pdf.pdf
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PDF
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648.2 KB
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4.2 3.14. Confidence intervals. Two means. Independent samples (Part 1)_exercise_solution.xlsx.xlsx
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XLSX
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10.1 KB
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5. A2. No endogeneity.mp4
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MP4
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32.5 MB
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5. A2. No endogeneity.vtt
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5. Calculating confidence intervals for two means with independent samples (part 2).mp4
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26.8 MB
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5. Calculating confidence intervals for two means with independent samples (part 2).vtt
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VTT
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4.1 KB
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5. Calculating confidence intervals within a population with a known variance.mp4
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MP4
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78.2 MB
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5. Calculating confidence intervals within a population with a known variance.vtt
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VTT
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8.5 KB
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5. Categorical variables. Visualization techniques for categorical variables.mp4
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MP4
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38.5 MB
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5. Categorical variables. Visualization techniques for categorical variables.vtt
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VTT
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6.1 KB
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5. Rejection region and significance level.html
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102.4 B
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5. Skewness. Exercise.html
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102.4 B
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5. Test for the mean. Population variance unknown.mp4
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40.3 MB
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5. Test for the mean. Population variance unknown.vtt
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VTT
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5.3 KB
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5. The Normal distribution.html
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102.4 B
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5. The linear regression model made easy.mp4
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51 MB
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5. The linear regression model made easy.vtt
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6.5 KB
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5. The ordinary least squares setting and its practical applications.mp4
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20 MB
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5. The ordinary least squares setting and its practical applications.vtt
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2.6 KB
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5.1 2.3.Categorical-variables.Visualization-techniques-lesson.xlsx.xlsx
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XLSX
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30.8 KB
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5.1 2.8. Skewness_exercise.xlsx.xlsx
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XLSX
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9.5 KB
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5.1 3.15. Confidence intervals. Two means. Independent samples (Part 2)_lesson.xlsx.xlsx
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XLSX
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9.5 KB
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5.1 3.9. Population variance known, z-score_lesson.xlsx.xlsx
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XLSX
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11.2 KB
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5.1 4.6.Test-for-the-mean.Population-variance-unknown-lesson.xlsx.xlsx
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XLSX
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14.5 KB
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5.2 2.8. Skewness_exercise_solution.xlsx.xlsx
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XLSX
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19.8 KB
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5.2 3.9.The-z-table.xlsx.xlsx
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XLSX
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25.6 KB
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6. A2. No endogeneity.html
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102.4 B
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6. Categorical variables. Visualization Techniques.html
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HTML
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102.4 B
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6. Confidence intervals. Population variance known. Exercise.html
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102.4 B
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6. Confidence intervals. Two means. Independent samples (Part 2). Exercise.html
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102.4 B
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6. Measuring how data is spread out calculating variance.mp4
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MP4
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50.9 MB
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6. Measuring how data is spread out calculating variance.vtt
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7 KB
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6. Test for the mean. Population variance unknown. Exercise.html
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102.4 B
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6. The linear regression model.html
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102.4 B
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6. The ordinary least squares setting and its practical applications.html
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102.4 B
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6. The standard normal distribution.mp4
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MP4
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22.5 MB
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6. The standard normal distribution.vtt
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3.7 KB
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6. Type I error vs Type II error.mp4
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MP4
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43.9 MB
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6. Type I error vs Type II error.vtt
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5.1 KB
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6.1 2.9. Variance_lesson.xlsx.xlsx
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XLSX
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10.1 KB
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6.1 3.15. Confidence intervals. Two means. Independent samples (Part 2)_exercise_solution.xlsx.xlsx
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XLSX
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9.8 KB
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6.1 3.4. Standard normal distribution_lesson.xlsx.xlsx
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XLSX
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10.4 KB
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6.1 3.9.The-z-table.xlsx.xlsx
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XLSX
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25.6 KB
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6.1 4.6.Test-for-the-mean.Population-variance-unknown-exercise-solution.xlsx.xlsx
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XLSX
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12.6 KB
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6.2 3.15. Confidence intervals. Two means. Independent samples (Part 2)_exercise.xlsx.xlsx
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XLSX
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9.2 KB
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6.2 3.9. Population variance known, z-score_exercise.xlsx.xlsx
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XLSX
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10.8 KB
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6.2 4.6.Test-for-the-mean.Population-variance-unknown-exercise.xlsx.xlsx
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XLSX
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11.3 KB
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6.3 3.9. Population variance known, z-score_exercise_solution.xlsx.xlsx
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XLSX
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11.2 KB
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7. A3. Normality and homoscedasticity.mp4
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MP4
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40 MB
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7. A3. Normality and homoscedasticity.vtt
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6.1 KB
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7. Calculating confidence intervals for two means with independent samples (part 3).mp4
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MP4
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19.9 MB
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7. Calculating confidence intervals for two means with independent samples (part 3).vtt
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1.8 KB
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7. Categorical variables. Visualization techniques. Exercise.html
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HTML
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102.4 B
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7. Confidence interval clarifications.mp4
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MP4
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57.1 MB
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7. Confidence interval clarifications.vtt
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5.2 KB
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7. Studying regression tables.mp4
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MP4
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36.8 MB
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7. Studying regression tables.vtt
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5.4 KB
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7. Test for the mean. Dependent samples.mp4
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MP4
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50.5 MB
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7. Test for the mean. Dependent samples.vtt
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VTT
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6 KB
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7. The standard normal distribution.html
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HTML
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102.4 B
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7. Type I error vs type II error.html
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HTML
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102.4 B
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7. Variance. Exercise.html
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HTML
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102.4 B
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7. What is the difference between correlation and regression.mp4
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MP4
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12.7 MB
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7. What is the difference between correlation and regression.vtt
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VTT
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1.8 KB
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7.1 2.3. Categorical variables. Visualization techniques_exercise.xlsx.xlsx
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XLSX
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15.2 KB
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7.1 2.9. Variance_exercise.xlsx.xlsx
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XLSX
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10.8 KB
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7.1 4.7. Test for the mean. Dependent samples_lesson.xlsx.xlsx
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XLSX
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9.8 KB
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7.1 5.10. Regression tables_lesson.xlsx.xlsx
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XLSX
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12.6 KB
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7.2 2.3. Categorical variables. Visualization techniques_exercise_solution.xlsx.xlsx
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XLSX
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41.1 KB
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7.2 2.9. Variance_exercise_solution.xlsx.xlsx
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XLSX
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11.1 KB
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7.3 Statistics - PDF with Excel Solutions that don't visualize properly.pdf.pdf
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PDF
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289.1 KB
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8. A3. Normality and homoscedasticity.html
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HTML
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102.4 B
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8. Correlation vs regression.html
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HTML
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102.4 B
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8. Numerical variables. Using a frequency distribution table.mp4
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MP4
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25.8 MB
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8. Numerical variables. Using a frequency distribution table.vtt
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VTT
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4 KB
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8. Standard Normal Distribution. Exercise.html
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HTML
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102.4 B
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8. Standard deviation and coefficient of variation.mp4
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MP4
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45.2 MB
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8. Standard deviation and coefficient of variation.vtt
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VTT
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5.7 KB
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8. Student's T distribution.mp4
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MP4
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35.4 MB
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8. Student's T distribution.vtt
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VTT
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4 KB
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8. Studying regression tables.html
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HTML
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102.4 B
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8. Test for the mean. Dependent samples. Exercise.html
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HTML
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102.4 B
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8.1 2.10. Standard deviation and coefficient of variation_lesson.xlsx.xlsx
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XLSX
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11 KB
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8.1 2.4. Numerical variables. Frequency distribution table_lesson.xlsx.xlsx
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XLSX
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11.4 KB
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8.1 3.4.Standard-normal-distribution-exercise-solution.xlsx.xlsx
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XLSX
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24 KB
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8.1 4.7. Test for the mean. Dependent samples_exercise.xlsx.xlsx
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XLSX
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12.8 KB
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8.2 3.4.Standard-normal-distribution-exercise.xlsx.xlsx
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XLSX
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12 KB
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8.2 4.7. Test for the mean. Dependent samples_exercise_solution.xlsx.xlsx
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XLSX
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14.4 KB
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9. A geometrical representation of the linear regression model.mp4
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MP4
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4.9 MB
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9. A geometrical representation of the linear regression model.vtt
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VTT
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1.5 KB
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9. A4. No autocorrelation.mp4
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MP4
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25.9 MB
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9. A4. No autocorrelation.vtt
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VTT
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4.2 KB
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9. Numerical variables. Using a frequency distribution table.html
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HTML
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102.4 B
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9. Regression tables. Exercise.html
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HTML
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102.4 B
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9. Standard deviation.html
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HTML
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102.4 B
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9. Student's T distribution.html
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HTML
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102.4 B
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9. Test for the mean. Independent samples (Part 1).mp4
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MP4
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30 MB
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9. Test for the mean. Independent samples (Part 1).vtt
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VTT
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5 KB
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9. Understanding the central limit theorem.mp4
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MP4
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62.9 MB
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9. Understanding the central limit theorem.vtt
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VTT
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5.2 KB
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9.1 4.8. Test for the mean. Independent samples (Part 1)_lesson.xlsx.xlsx
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XLSX
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9.6 KB
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9.1 5.10. Regression tables_exercise_solution.xlsx.xlsx
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XLSX
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12.5 KB
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9.2 5.10. Regression tables_exercise.xlsx.xlsx
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XLSX
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12 KB
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[FreeCourseLab.com].url
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URL
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102.4 B
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