Excel 2007: Business Statistics

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Free Online Course: Excel 2007: Business Statistics provided by LinkedIn Learning is a comprehensive online course, which lasts for 4-5 hours worth of material. The course is taught in English and is free of charge. Upon completion of the course, you can receive an e-certificate from LinkedIn Learning. Excel 2007: Business Statistics is taught by Curt Frye.

Overview
  • Shows managers and executives how to assess their organization's data effectively by applying statistical analysis techniques.

Syllabus
  • Introduction

    • Welcome
    • Using the exercise files
    1. Introducing Statistics
    • Introducing statistical analysis
    • Understanding statistical terms
    • Using statistics
    2. Learning Useful Excel Techniques
    • Creating and using an Excel table
    • Installing the Analysis ToolPak
    • Auditing formulas step by step
    3. Summarizing Data Using Tables and Graphics
    • Creating frequency distributions for qualitative data
    • Summarizing data using bar graphs and pie charts
    • Creating a frequency distribution using the FREQUENCY function
    • Creating a histogram
    • Calculating a running total
    • Summarizing data using a PivotTable
    4. Describing Data Using Numerical Methods
    • Calculating mean, median, and mode
    • Calculating a moving average
    • Calculating a seasonal forecast
    • Calculating percentiles and quartiles
    • Calculating variance and standard deviation
    • Summarizing data using descriptive statistics
    • Summarizing data using z-scores
    • Summarizing data using t-scores
    • Calculating covariance
    • Calculating correlation
    • Calculating correlations for more than two data sets
    • Calculating and interpreting chi-square values
    5. Using Probability Distributions
    • Visualizing the normal data distribution
    • Generating random values
    • Calculating binomial probabilities
    • Calculating probabilities using the exponential distribution
    • Calculating values using the Poisson distribution
    • Calculating dependent trials using the hypergeometric distribution
    • Calculating probabilities, permutations, and combinations
    6. Sampling Values from a Population
    • Selecting effective data samples
    • Inferring a population mean from a sample mean
    • Inferring population distributions based on a proportion of the data set
    • Estimating the size of a population given numbered samples
    • Calculating a confidence interval for a large sample
    • Calculating a confidence interval for a small sample using t-tests
    • Calculating a confidence interval given a population proportion
    • Calculating sample size required for a given confidence level
    7. Testing Hypotheses
    • Defining hypotheses and identifying errors
    • Performing one-tailed tests on a large sample's mean
    • Performing two-tailed tests on a large sample's mean
    • Testing a small sample's mean
    • Testing the mean of a population proportion
    • Estimating the difference between two populations' means
    • Testing hypotheses related to population means
    • Inferring results from matched samples selected from two populations
    • Analyzing variance using an F-test
    • Analyzing variance using ANOVA
    8. Using Linear and Multiple Regression
    • Creating a linear regression line for an XY (scatter) chart
    • Analyzing and interpreting data from the Regression tool
    • Estimating and predicting data using the regression formula
    • Developing a multiple regression model
    Conclusion
    • Additional Resources