- Identify the distribution illustrated. Six parts. Be sure you know the uniform, binomial, normal, student's t, chi-square, and f distributions.
- Draw and label vertical lines to identify the mean, median, and mode of the distribution.
- Find the mean, standard deviation of a binomial experiment with n and p given. Then, find the probability of a certain number of successes (use the Binomial program on the calculator). Explain why a particular claim may be suspect (read the section from chapter 1 on abuses of statistics).
- Find the critical values for the normal, Student's T, chi-square, or F distributions. Remember that the critical value notation is always for a right tail test.
- Given a confidence interval, find the sample mean and perform a two-tailed hypothesis test.
- Given a set of data, find the mean, standard deviation, median, range, and then identify the type of sampling used.
- Given a probability distribution, find the mean, variance, and standard deviation. Use the pdist program on the calculator.
- Find the probability of a randomly selected individual having a given score and the probability of a mean of a sample having a given score.
- Find the expected value of a game. A simple game is described, determine the payoffs and then compute the expected value (recall the expected value is the same as the mean of a probability distribution).
- Write the null and alternative hypotheses for the given claims and identify whether it is a left tail, right tail, or two tail test. Three parts.
- Explain why the deviations from the mean must be squared when finding the variation. Draw a figure to illustrate. This is from the notes on the derivation of variation, variance, and standard deviation.
- Shade the region and find the area under the standard normal curve. Four parts.
- Given a p-value and a original claim, state the conclusion. Fill in the blank.
- One-way analysis of variance problem. Write the null and alternative hypotheses. The summary statistics are given, enter those into the calculator to complete the ANOVA table. Find the critical value and give the decision.
- Look at the critical value(s) and identify the test as being left tailed, right tailed, or two tailed.
- Correlation and Regression. A scatter plot is given along with the values of n, r, y bar, and the regression equation. Find the critical values from table A6, describe the linear correlation by writing a conclusion (there is no significant linear correlation, there is significant positive linear correlation, or there is significant negative linear correlation). Write the regression model (be sure to use the right equation). Estimate y for a given value of x.
- Simple probability problem. Items are in a hat / bag and an item is randomly selected. Find some probabilities.
- Two-way analysis of variance problem. Information describing the sampling is given as well as the Sum of Squares (variation) values. Complete the rest of the table. Give a simple yes / no answer for each of the hypothesis tests.
- Use a joint frequency distribution to find some probabilities

- The first part of the final exam will be a take home portion consisting of 50 multiple
choice questions. You may
*not*use the take home portion on the in-class exam. - The second part of the exam is open notebook. Your notebook may contain notes, tests, study guides, activities, Statdisk laboratory exercises, etc. It may not contain photocopies of the textbook (except for the tables). You may not three-hole punch your textbook and stick it in the notebook.
- Since the test is open notebook, I would certainly have this study guide in the front of the notebook complete with any notes that you wish to make (perhaps write out all of the definitions of the terms and stick it in your notebook).
- If your notes are lacking in any of these areas, please supplement prior to the test.
- There is no need to SPSS on the final exam. Question 6 is the only one that requires statdisk.

**Points per problem**

1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | Tot |

6 | 3 | 8 | 4 | 4 | 5 | 6 | 8 | 4 | 6 | 4 | 8 | 2 | 6 | 3 | 7 | 4 | 6 | 6 | 100 |