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Worksheets- Introductory Statistics

Worksheets- Introductory Statistics

Last updated

Jun 23, 2019
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- Weighted Averages
- 1.1.1: Central Limit Theorem- Cookie Recipes (Worksheet)

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The LibreTexts worksheets are documents with questions or exercises for students to complete and record answers and are intended to help a student become proficient in a particular skill that was taught to them in class.

1.1.1: Central Limit Theorem- Cookie Recipes (Worksheet)
The student will demonstrate and compare properties of the central limit theorem.
1.1.2: Central Limit Theorem- Pocket Change (Worksheet)
The student will demonstrate and compare properties of the central limit theorem.
1.1.3: Chi-Square - Goodness-of-Fit (Worksheet)
The student will evaluate data collected to determine if they fit either the uniform or exponential distributions.
1.1.4: Chi-Square - Test of Independence (Worksheet)
The student will evaluate if there is a significant relationship between favorite type of snack and gender.
1.1.5: Confidence Interval- Home Costs (Worksheet)
The student will calculate the 90% confidence interval for the mean cost of a home in the area in which this school is located. The student will interpret confidence intervals. The student will determine the effects of changing conditions on the confidence interval.
1.1.6: Confidence Interval- Place of Birth (Worksheet)
The student will calculate the 90% confidence interval for the mean cost of a home in the area in which this school is located. The student will interpret confidence intervals. The student will determine the effects of changing conditions on the confidence interval.
1.1.7: Confidence Interval- Women's Heights (Worksheet)
The student will calculate a 90% confidence interval using the given data. The student will determine the relationship between the confidence level and the percentage of constructed intervals that contain the population mean.
1.1.8: Continuous Distribution (Worksheet)
The student will calculate a 90% confidence interval using the given data. The student will determine the relationship between the confidence level and the percentage of constructed intervals that contain the population mean.
1.1.9: Data Collection Experiment (Worksheet)
The student will demonstrate the systematic sampling technique. The student will construct relative frequency tables. The student will interpret results and their differences from different data groupings.
1.1.10: Descriptive Statistics (Worksheet)
The student will construct a histogram and a box plot. The student will calculate univariate statistics. The student will examine the graphs to interpret what the data implies.
1.1.11: Discrete Distribution- Lucky Dice Experiment (Worksheet)
The student will construct a histogram and a box plot. The student will calculate univariate statistics. The student will examine the graphs to interpret what the data implies.
1.1.12: Discrete Distribution- Playing Card Experiment (Worksheet)
The student will compare empirical data and a theoretical distribution to determine if an everyday experiment fits a discrete distribution. The student will demonstrate an understanding of long-term probabilities.
1.1.13: Hypothesis Testing for Two Means and Two Proportions (Worksheet)
The student will select the appropriate distributions to use in each case. The student will conduct hypothesis tests and interpret the results.
1.1.14: Hypothesis Testing of a Single Mean and Single Proportion (Worksheet)
A statistics Worksheet: The student will select the appropriate distributions to use in each case. The student will conduct hypothesis tests and interpret the results.
1.1.15: Normal Distribution- Lap Times (Worksheet)
The student will compare and contrast empirical data and a theoretical distribution to determine if Terry Vogel's lap times fit a continuous distribution.
1.1.16: Normal Distribution- Pinkie Length (Worksheet)
The student will compare empirical data and a theoretical distribution to determine if data from the experiment follow a continuous distribution.
1.1.17: One-Way ANOVA (Worksheet)
The student will conduct a simple one-way ANOVA test involving three variables
1.1.18: Probability Topics (Worksheet)
The student will use theoretical and empirical methods to estimate probabilities. The student will appraise the differences between the two estimates. The student will demonstrate an understanding of long-term relative frequencies.
1.1.19: Regression- Distance from School (Worksheet)
The student will calculate and construct the line of best fit between two variables. The student will evaluate the relationship between two variables to determine if that relationship is significant.
1.1.20: Regression- Fuel Efficiency (Worksheet)
The student will calculate and construct the line of best fit between two variables. The student will evaluate the relationship between two variables to determine if that relationship is significant.
1.1.21: Regression- Textbook Costs (Worksheet)
The student will calculate and construct the line of best fit between two variables. The student will evaluate the relationship between two variables to determine if that relationship is significant.
1.1.22: Sampling Experiment (Worksheet)
The student will demonstrate the simple random, systematic, stratified, and cluster sampling techniques. The student will explain the details of each procedure used.

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