Saturday, February 8, 2014

Probability Challenge

Wild Tic-Tac-Toe
This game is the same as ordinary tic-tac-toe, except that on each turn a player can choose to play an X or an O. You win if you get three X’s in a row, or three O’s in a row.
What move or moves should the first player make so they always win? Show and explain your work to validate your answer.
wild-tic-tac-toe1
Related Game:
Same as the above game except that, after the first move, all placements must be made to a space beside the last space occupied. (If no such space exists, the game is a tie.) Example: the second player wins here:
wild-tic-tac-toe2
Is there a sure way for the first or second player to win? Show and explain your work to validate your answer.
The Math in This Problem: This variation of Tic-Tac-Toe allows the players to place either an X or an O onto the 3×3 grid. The winner is the first player to complete three X’s or three O’s in a row. This twist to the game really forces you to analyze the grid and your opponent’s potential moves, encouraging you to strategize more than you would have in the original version.

Probability Vocabulary

Complete the following vocabulary list by finding the definition of the words. Ensure that your completed list is printed and made available for grading. This assignment can be done individually or you can share the responsibility (approximately 5 words per student). Remember you also get credit for posting in the class blog for this unit.


Addition Rules
Combination
Combination
Combination Formula
Complement
Compound Event
Compound Events
Conditional Probability
Conditional Probability
Continuous
Counting Principle
Dependent Events
Discrete
Disjoint (or mutually exclusive)
Element or member
Empty Set
Event
Experimental Probability
Factorial
Fair Decision
Finite
Independent Events
Infinite
Intersection
Intersection Formula
Joint Probability
Marginal Probability
Modeling
Multiplication Rule
Odds Against
Odds in Favor
Outcome
Overlapping Events
Permutation
Permutation
Permutation Formula
Probability
Probability Distribution
Probability of Complement of an Event
Probability of Dependent Events
Probability of Independent Events
Random
Random Number Generator
Random number tables
Random Variable
Sample Space
Set
Set Theory
Simulation
Subjective Probability
Subset
Theoretical Probability
Tree Diagrams
Two-way Frequency Table
Uniform Probability Model
Union
Union Formula
Universal Set
Variability
Venn Diagram