Chapter 11: Problem 53
You have three dress shirts, two ties, and two jackets. You need to select a dress shirt, a tie, and a jacket for work today. How many outcomes are possible?
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Chapter 11: Problem 53
You have three dress shirts, two ties, and two jackets. You need to select a dress shirt, a tie, and a jacket for work today. How many outcomes are possible?
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Consider a political discussion group consisting of 5 Democrats, 6 Republicans, and 4 Independents. Suppose that two group members are randomly selected, in succession, to attend a political convention. Find the probability of selecting an Independent and then a Republican.
An ice cream store sells two drinks (sodas or milk shakes), in four sizes (small, medium, large, or jumbo), and five flavors (vanilla, strawberry, chocolate, coffee, or pistachio). In how many ways can a customer order a drink?
You need to arrange nine of your favorite books along a small shelf. How many different ways can you arrange the books, assuming that the order of the books makes a difference to you?
Involve computing expected values in games of chance. A game is played using one die. If the die is rolled and shows 1 , the player wins \(\$ 1\); if 2 , the player wins \(\$ 2\); if 3 , the player wins \(\$ 3\). If the die shows 4,5 , or 6 , the player wins nothing. If there is a charge of \(\$ 1.25\) to play the game, what is the game's expected value? What does this value mean?
Evaluate each factorial expression. \(\frac{12 !}{10 !}\)
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