Henry T. answered 01/27/22
Michigan Tech student athlete, specializing in ACT prep
Problems like this are easier if you break them into smaller parts. A game only has two possibilities, win or loose. If we create a tree of possible seasons maybe we will find a pattern.
Game 1: W L
Game 2: W L W L
Game 3: W L W L W L W L
We could continue this all the way to game 15. Each path you take down this tree will represent a unique season. Start at the top, taking a right represents a loss going to the left represents a win. The number of letters in each row represents the number of possible seasons after that many games, after 1 game its 2. After two games its 4. After three games its 8. Do you see the pattern? The number of possible seasons is 2^(number of games). A 15 game season would be 2^(15), or 32,768 possible seasons.