Now that you learned how to calculate the probabilities of each player winning the “maximum game” in the video, let's look at the probabilities of another game. This is how it works: we roll two dice and calculate the multiplication of the two numbers we rolled. --If it is a multiple of 6, I win --If it is not a multiple of 6, you win. Here is an example: If you get 3 and 4, the multiplication is 12. Twelve is a multiple of 6, so I win! 1. Which player would win if you get 2 and 5 in the dice? Me or you? 2. Which player would win if you get 4 and 2 in the dice? 3. Which player would win if you get 1 and 6 in the dice?

Which situation could best be represented by this linear equation? 24x + 38y = 520 > if x represents the number of bracelets and y represents the number of rings, there were 24 more bracelets sold than rings. the total sales were $520. if x represents the number of bracelets and y represents the number of rings, there were 38 more bracelets sold than rings. the total sales were $520. if x represents the number of bracelets sold at $24 each and y represents the number of rings sold at $38 each, the total sales were $520 if x represents the number of bracelets and y represents the number of rings, there were 520 bracelets and rings sold. bracelets were $24, and rings were $38. e