# Worksheets: Introductory Statistics

- Page ID
- 1329

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.

- Central Limit Theorem: Cookie Recipes (Worksheet)
- The student will demonstrate and compare properties of the central limit theorem.

- Central Limit Theorem: Pocket Change (Worksheet)
- The student will demonstrate and compare properties of the central limit theorem.

- Chi-Square - Goodness-of-Fit (Worksheet)
- The student will evaluate data collected to determine if they fit either the uniform or exponential distributions.

- Chi-Square - Test of Independence (Worksheet)
- The student will evaluate if there is a significant relationship between favorite type of snack and gender.

- 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.

- 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.

- 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.

- 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.

- 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.

- 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.

- 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.

- 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.

- 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.

- 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.

- 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.

- 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.

- One-Way ANOVA (Worksheet)
- The student will conduct a simple one-way ANOVA test involving three variables

- 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.

- 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.

- 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.

- 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.

- 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.