Use an argument similar to the one used to establish Equation (4.1).
Answer to relevant QuestionsProve the multinomial theorem. Give an analytic proof of Equation (4.1). A certain town with a population of 100,000 has 3 newspapers: I, II, and III. The proportions of townspeople who read these papers are as follows: I: 10 percent I and II: 8 percent I and II and III: 1 percent II: 30 percent ...A pair of fair dice is rolled. What is the probability that the second die lands on a higher value than does the first? (a) If N people, including A and B, are randomly arranged in a line, what is the probability that A and B are next to each other? (b) What would the probability be if the people were randomly arranged in a circle?
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