Difference between revisions of "2025 AMC 8 Problems/Problem 3"
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==Solution 1== | ==Solution 1== | ||
| − | In the beginning, there are <math>4</math> players playing the game, meaning that | + | In the beginning, there are <math>4</math> players playing the game, meaning that there is a total of <math>4 \cdot 15 = 60</math> cards. When <math>2</math> more players join, there are now <math>6</math> players playing, and since the cards need to be split evenly, this means that each player gets <math>\frac{60}{6}=\boxed{\text{(C)\ 10}}</math> cards |
~Soupboy0 | ~Soupboy0 | ||
Revision as of 19:18, 29 January 2025
Buffalo Shuffle-o is a card game in which all the cards are distributed evenly among all players at the start of the game. When Annika and 
of her friends play Buffalo Shuffle-o, each player is dealt 
cards. Suppose 
more friends join the next game. How many cards will be dealt to each player?
Solution 1
In the beginning, there are 
players playing the game, meaning that there is a total of 
cards. When more players join, there are now 
players playing, and since the cards need to be split evenly, this means that each player gets 
cards
~Soupboy0
