Displaying Describing Quantitative Data PT2

Binomial Distribution

Total Running Time: 04:31

Binomial Distribution, standard deviation

Binomial Distribution

Displaying and Describing Quantitative Data

Total Running Time: 25:19

boxplots, five number summary, mean, median, mode, variance, z-score

Displaying and Describing Quantitative Data

Displaying Describing Quantitative Data PT1

Total Running Time: 06:21

histogram, outliers, skewed, symmetric

Displaying Describing Quantitative Data PT1

Evaluating a Loss Exposure

Total Running Time: 05:21

black swan event, coefficient of variation, standard deviation

Evaluating a Loss Exposure

Expected Value

Total Running Time: 13:22

expected value, random variables, standard deviation

Expected Value

Graphical Methods of Describing Data

Total Running Time: 18:36

charts, graphs, outliers, skewed, symmetric

Graphical Methods of Describing Data

Measures of Relative Standing

Total Running Time: 07:25

raw data, z-score

Measures of Relative Standing

Measuring risk and return

Total Running Time: 15:08

Expected returns, historical returns, standard deviation

Measuring risk and return

Normal Distribution

Total Running Time: 08:49

mean, normal distribution, standard deviation

Normal Distribution

Numerical Measures of Central Tendency

Total Running Time: 06:57

mean, median, mode

Numerical Measures of Central Tendency

Numerical Measures of Variability

Total Running Time: 07:49

range, standard deviation, variance

Numerical Measures of Variability

Review of Inference Hypothesis Tests

Total Running Time: 30:06

known, mean, parameter, population, unknown

Review of Inference Hypothesis Tests

Review of Simple Regression

Total Running Time: 27:40

calculate, coefficient of determination, interpret, linear regression model, residuals, standard deviation

Review of Simple Regression

Types of Random Variables

Total Running Time: 09:06

expected value, probability distribution, standard deviation

Types of Random Variables