Solved: In the text of this section, we noted the relationship between the distribution
Chapter 4, Problem 4.135(choose chapter or problem)
In the text of this section, we noted the relationship between the distribution function of a beta-distributed random variable and sums of binomial probabilities. Specifically, if Y has a beta distribution with positive integer values for and and 0 < y < 1, F(y) = " y 0 t1(1 t)1 B(, ) dt = n i= n i yi (1 y) ni , where n = + 1. a If Y has a beta distribution with = 4 and = 7, use the appropriate binomial tables to find P(Y .7) = F(.7). b If Y has a beta distribution with = 12 and = 14, use the appropriate binomial tables to find P(Y .6) = F(.6). c Applet Exercise Use the applet Beta Probabilities and Quantiles to find the probabilities in parts (a) and (b).c If k is an integer between 1 and n 1, the same argument used in part (b) yields that P(Y2 k) = k i=0 n i (p2) i (1 p2) ni = " 1 p2 t k (1 t)nk1 B(k + 1, n k) dt. Show that, if k is any integer between 1 and n 1, P(Y1 k) > P(Y2 k). Interpret this result.
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