Difference between revisions of "MAA - Elementary Statistics"
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==Description of Problem Sets== |
==Description of Problem Sets== |
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===Use of Problem Sets=== |
===Use of Problem Sets=== |
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| − | The problem sets were assembled to allow for personalization by individual faculty. |
+ | The problem sets were assembled to allow for personalization by individual faculty. The topics covered are fairly standard in a beginning statistics course, but faculty can rearrange the topics and delete any sections they do not wish to cover, or wish to assess by other means. The names of the problem sets are meant to be descriptive and the learning objectives will help you evaluate if the set should be included or not. |
| − | The names of the problem sets are meant to be descriptive and the learning objectives will help you evalaute if the set should be included or not. |
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| + | A copy of the course can be found at <insert link to either MAA site or R's course> |
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| + | The course can be downloaded here <insert link>. To use the files remove the .txt from the end. The .tgz can be added. This file can now be directly uploaded into your own course: |
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| + | * go to Filemanager |
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| + | * Upload the file |
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| + | * etc <provide enough detail to allow for easy installation by anyone> |
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===Description of Problem Sets=== |
===Description of Problem Sets=== |
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Revision as of 10:21, 9 March 2013
Contents
UNDER CONSTRUCTION !!
General Description
- Freshman level statistics course
- Pre-requisite: College Algebra
- Satisfies most general education mathematics requirement
- Satisfies the (basic) statistics requirement for Business Admin, Biology, Psychology, Health Sciences.
- Course incorporates a statistics package (Minitab, SPSS, R, etc)
Possible textbooks include, but are not limited to:
- David S. Moore. The Basic Practice of Statistics, Fifth Edition. New York, NY: W. H. Freeman and Company, 2010.
Course Objectives
- Data production and analysis
- Probability basics, distributions
- Sampling, estimation with confidence intervals, hypothesis testing, t-test
- Correlation and regression
- Cross-tabulations and chi-square
- Students learn to use a statistical package such as SPSS.
Description of Problem Sets
Use of Problem Sets
The problem sets were assembled to allow for personalization by individual faculty. The topics covered are fairly standard in a beginning statistics course, but faculty can rearrange the topics and delete any sections they do not wish to cover, or wish to assess by other means. The names of the problem sets are meant to be descriptive and the learning objectives will help you evaluate if the set should be included or not.
A copy of the course can be found at <insert link to either MAA site or R's course> The course can be downloaded here <insert link>. To use the files remove the .txt from the end. The .tgz can be added. This file can now be directly uploaded into your own course:
- go to Filemanager
- Upload the file
- etc <provide enough detail to allow for easy installation by anyone>
Description of Problem Sets
- Set 01 Distributions with Graphs Students will be able to:
- Use graphs to display data
- Recognize different types of data
- Interpret data from graphs
- Set 02 Distributions with Numbers Students will be able to:
- Interpret data using numbers
- Compute the mean, and standard deviation
- Identify and use the five number summary.
- Set 03 The Normal Distribution and z-scores Students will be able to:
- Recognize characteristics of the normal distribution
- Calculate z-scores
- Interpret z-scores
- Set 04 Scatterplots and Correlation Students will be able to:
- Create scatterplots
- Interpret scatterplots
- Use the concept of correlation to interpret real data
- Identify the shape of the scatterplot by the correlation coefficient.
- Set 05 Regression Students will be able to:
- Model real life data with a least-squares regression line
- Make predictions using regression
- Set 06 Two-Way Tables Students will be able to:
- Construct two-way tables
- Calculate relative risks
- Identify causation based on relative risk
- Set 07 Data from Sampling Students will be able to:
- Distinguish the difference between a population and a sample
- Differentiate between different sampling techniques
- Set 08 Data through Experiments Students will be able to:
- Distinguish between different experimental designs (double blind, etc)
- Identify components of experiments (control groups, etc)
- Describe the interactions of the components of the experiments
- Identify different types of variables (lurking, explanatory, etc)
- Set 09 Introducing Probability Students will be able to:
- Define the probability of an event
- Compute conditional probability
- Interpret probabilistic statements
- Set 10 Sampling Distributions Students will be able to:
- Set 11 General Rules of Probability Students will be able to:
- Set 12 Binomial Distributions Students will be able to:
- Set 13 Introduction to Inference Students will be able to:
- Set 14 Thinking about Inference Students will be able to:
- Set 15 Inference about a Population Mean Students will be able to:
- Set 16 Two-Sample Problems Students will be able to:
- Set 17 Inference about a Population Proportion Students will be able to:
- Set 18 Comparing Two Proportions Students will be able to:
- Set 19 The Chi-Square Test Students will be able to:
- Set 20 Inference for Regression Students will be able to:
WeBWorK Workshop, Raleigh North Carolina March 2013
