
This video provides an overview of the entire course.
This video discusses the basic steps to analyze data topics.
This video discusses the measurement level and descriptive statistics.
This video discusses the reasons for summarizing individual variables.
This video discusses how to obtain frequencies and summary statistics.
This video discusses data distributions.
This video discusses various graphs.
This video discusses hypothesis testing and probability.
This video discusses various statistical outcomes.
This video discusses the theory and assumptions of the chi-square test of independence.
This video shows an example of how to perform the chi-square test of independence.
This video shows an example of how to perform post-hoc tests.
This video shows an example of how to create clustered bar charts.
This video discusses the theory and assumptions of the independent samples t-test.
This video shows an example of how to perform the independent samples t-test.
This video discusses the theory and assumptions of the paired samples t-test.
This video shows an example of how to perform the paired samples t-test.
This video shows an example of how to create error bar charts.
This video discusses the theory and assumptions of the one-way ANOVA.
This video shows an example of how to perform the one-way ANOVA.
This video shows an example of how to perform post-hoc tests.
This video shows an example of how to create error bar charts.
This video discusses the theory and assumptions of the Pearson correlation coefficient.
This video shows an example of how to perform the Pearson correlation.
This video shows an example of how to create scatterplots.
Data science is an ever-evolving field, with exponentially growing popularity. Data science includes techniques and theories extracted from the fields of statistics, computer science, and most importantly machine learning, databases, and visualization.
This video course consists of step-by-step introductions to analyze data and the basics of statistics. The first chapter focuses on the steps to analyze data and which summary statistics are relevant given the type of data you are summarizing. The second chapter continues by focusing on summarizing individual variables and specifically some of the reasons users need to summarize variables. This chapter also illustrates several procedures, such as how to run and interpret frequencies and how to create various graphs. The third chapter introduces the idea of inferential statistics, probability, and hypothesis testing.
The rest of the chapters show you how to perform and interpret the results of basic statistical analyses (chi-square, independent and paired sample t-tests, one-way ANOVA, post-hoc tests, and bivariate correlations) and graphical displays (clustered bar charts, error bar charts, and scatterplots). You will also learn when to use different statistical techniques, how to set up different analyses, and how to interpret the results.
About the Author
Jesus Salcedo has a Ph.D. in Psychometrics from Fordham University. He is an independent statistical consultant that and has been using SPSS products for over 20 years. He is a former SPSS Curriculum Team Lead and Senior Education Specialist who has written numerous SPSS training courses and trained thousands of users.