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| * [[GeneralGuidance|General Guidance:]] * Understand your experiments * Choose the right statistical tests * Interpret a significant result |
* '''[[GeneralGuidance|Experimental Design Basics]]''' * [[GeneralGuidance#Random Variables|Random Variables]] * [[GeneralGuidance#Continuous vs. discrete|Continuous vs. discrete]] * [[GeneralGuidance#Representing Probabilities|Representing Probabilities]] * [[GeneralGuidance#Populations and Samples|Populations and Samples]] * [[GeneralGuidance#Summary statistics|Summary statistics]] * [[GeneralGuidance#Estimators|Estimators]] * [[GeneralGuidance#Dependent vs. Independent vs. Explanatory Variables|Dependent vs. Independent vs. Explanatory Variables]] * [[GeneralGuidance#Within- vs. Between-Subjects Experimental Designs|Within- vs. Between-Subjects Experimental Designs]] * '''[[GeneralGuidance#Choose the Right Statistical_Test|Choose the Right Statistical Test]]''' * '''[[GeneralGuidance#Interpreting the Statistical Significance of a Result|Interpreting the Statistical Significance of a Result]]''' |
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| * [[CommonScenarios|Common Scenarios:]] * '''If you only need to estimate the value of one variable: ''' * One group of data * Two groups of data * More than two groups data * '''If you need to know how well one variable predicts the other:''' * Correlation tests * Simple linear regression * '''If you need to know how well a set of variables predict some variable of interest:''' * Multiple regression |
* '''Common Scenarios (Parametric Tests):''' * [[NonParametricWarning|When should you ''NOT'' use the following tests?]] * '''There is one independent variable of interest: ''' * [[OneSampleOneVariable|Is the variable of interest different from a hypothetical value (e.g. chance)?]] * [[TwoSamplesOneVariable|Is some variable different across two groups?]] * [[MultipleSamplesOneVariable|Is some variable different across three or more groups? If so, between which two groups?]] * '''There are two or more independent variables of interest:''' * [[MoreThanTwoVariables|What situations involve two or more independent variables?]] * [[MoreThanTwoVariables#Two way ANOVA|Two-way ANOVA]] * [[MoreThanTwoVariables#Multiple regression|Multiple regression]] * '''Tests for correlations:''' * [[TwoVariables|Does one variable predict another?]] |
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| * Statistical Software Programs: * R * SPSS |
* '''Statistical Software Programs:''' * [[Using-Prism6|Prism 6.0]] * [[Using-Prism|Prism 4.0]] * [[Using-VS|Vassar Stats]] |
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| ---- /!\ '''End of edit conflict''' ---- '''Advanced Topics:''' : quick access to wiki markup Editorial Functions * RecentChanges: see where people are currently working * WikiSandBox: feel free to change this page and experiment with editing * FindPage: find some content, explore the wiki |
* '''Practice Data Sets:''' * [[nsc203practice1|NSC 203 - DA Release]] * [[nsc203practice2|NSC 203 - Adult deaf]] * [[nsc203practice3|NSC 203 - NMDA Receptor Development]] * [[nsc203practice4|NSC 203 - LMAN-Adult Deafening]] |
A Guide to Using Statistics in BCS Lab Courses
This Stats Wiki is a guide to the use of statistical tests and software tools in BCS lab courses. If you are an undergraduate student who has been enrolled in a lab course, you are encouraged to skim through the example problems in this wiki before class begins. In the process of designing experiments and conducting statistical tests, this wiki can also help you by providing toy problems and their solutions, from which you can work by analogy.
If you are a graduate TA, please feel free to edit this wiki to make it more useful to students. To request editing permissions to this wiki (an existing wiki account is required), please contact Ting at tqian@bcs.rochester.edu .
Table of Contents
Common Scenarios (Parametric Tests):
There is one independent variable of interest:
There are two or more independent variables of interest:
Tests for correlations:
Statistical Software Programs:
Practice Data Sets: