There is a game at the carnival that costs $10 to play. There are two outcomes: Either you win a five-foot stuffed bear (worth $50), or you lose. To play, you roll a die. If a 1 appears, you win; if you roll any other number, you lose. 7. What is the probability distribution for this game? (Remember to include the $10 it costs to play the game.) Answer choices: Outcome Win Lose Outcome Win Lose P(x) 11 66 5 P(x) 11 6 56 Value $50 0 Value $40 0 Outcome Win Lose P(x) Value 10 5 6 $50-$10 Outcome Win Lose P(x) 1 5 6 6 Value $40-$10

There is a game at the carnival that costs $10 to play. There are two outcomes: Either you win a five-foot stuffed bear (worth $50), or you lose. To play, you roll a die. If a 1 appears, you win; if you roll any other number, you lose. 7. What is the probability distribution for this game? (Remember to include the $10 it costs to play the game.) Answer choices: Outcome Win Lose Outcome Win Lose P(x) 11 66 5 P(x) 11 6 56 Value $50 0 Value $40 0 Outcome Win Lose P(x) Value 10 5 6 $50-$10 Outcome Win Lose P(x) 1 5 6 6 Value $40-$10

College Algebra

7th Edition

ISBN:9781305115545

Author:James Stewart, Lothar Redlin, Saleem Watson

Publisher:James Stewart, Lothar Redlin, Saleem Watson

Chapter9: Counting And Probability

Section9.3: Binomial Probability

Problem 26E

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