00+Introduction


 * __FST Wiki Final Exam Review Project__**

Your group will be assigned a section of the second semester curriculum to summarize for the final exam study guide. Your output will be on one page of a Wiki site for all sections of FST classes at Pascack Hills High School. You must do the following tasks:

1. Write a short summary of the topic displayed on the body of your Wiki page. Include the goals of your section.

2. Include a typed list of rules, formulas, properties and any other important information from your topic. Perhaps the use of a table could be helpful here. You should use MathType or Equation Editor when necessary.

3. Write at least 3 sample problems with solutions. The sample problems should vary in topic and difficulty. They must be typed in the body of your Wiki page. You should use MathType, Equation Editor or something similar to write these equations and solutions, so they are professional-looking and can be clearly understood.

4. Find at least 3 web pages that teach the topic you have been assigned. Include the url’s (web addresses) as **links** on your Wiki page.

This project is worth 30 points and will be graded according to the rubric given below.

**//Due Date//****: Monday, June 6th** **//Progress Check//****: The summary and links must be completed by Thursday, June 2nd**

Collaborate and share work any way you wish for this project, but make sure everyone makes a good contribution. In addition to working on the Wiki, submit the attached form, indicating the portions of the Wiki done by each team member.

**The author of every edit of the Wiki site can be checked, so I can see whether every team member contributed.**

//RUBRIC// **Part 1: Summary** (6 pts total) Must be relevant, easy to read, and clearly set the purpose of this particular Wiki page. Do not plagiarize.

**Part 2: Rules, Properties, and Formulas** (6 pts total) Must be well-done, not sloppy or amateurish. It needs to cover the material of your section. The difficulty of the examples shown must be similar to the problems we did in class.

**Part 3: Examples** (12 pts total) There must be 3 examples that cover 3 different aspects of the material in the section, not 3 similar problems. They must not be too simple – they should be of comparable difficulty to the problems we solved in class. The answers must be correct, and the problems and solutions must be typed and professional-looking.

**Part 4: Web Links** (6 pts total) There must be 3 different sites. The sites must be relevant, meaning they show how to do problems like the ones we did in class.

**Total: 30 points**


 * Topics on the Final Exam**


 * 1) Right triangle trigonometry (SOH-CAH-TOA)
 * 2) Applications of right triangle trigonometry
 * 3) Law of Sines
 * 4) Applications of the Law of Sines
 * 5) Law of Cosines
 * 6) Applications of the Law of Cosines
 * 7) Drawing angles and finding coterminal angles
 * 8) Radians and degrees conversions
 * 9) Finding reference angles in degrees
 * 10) Finding reference angles in radians
 * 11) Evaluating trig functions (sin, cos, tan)
 * 12) Evaluating trig functions (csc, sec, cot)
 * 13) The unit circle
 * 14) Different types of data displays (pie, bar, line graphs)
 * 15) Describing data (median & IQR or mean and standard deviation)
 * 16) Creating box and whisker plots and finding outliers
 * 17) Normal distributions when given a z-score (or when you can calculate the z-score)
 * 18) Normal distributions when given a percent
 * 19) Regression (least squares regression line, r, r2, and Fathom)
 * 20) The Fundamental Counting Principle
 * 21) Permutations
 * 22) Combinations
 * 23) Mutually inclusive events
 * 24) Mutually exclusive events

65 students - 24 groups

16 period 2: 4 groups of 3, 2 groups of 2

28 period 6: 6 groups of 3, 5 groups 2

21 period 8: 7 groups of 3