SOC 885 Study Guide - Final Guide: Random Variable

24 views7 pages

Document Summary

Let y be a binomial random variable with n = 10 and p = . 2. a use table 1, appendix 3, to obtain p(2 < y < 5) and p(2 y < 5). Use table 1, appendix 3, to obtain p(2 < y 5) and p(2 y 5). Why or why not? c earlier in this section, we argued that if y is continuous and a < b, then p(a < y < b) = p(a y. From the given information, let y be a binomial random variable with. From the known information, if x is a discrete random variable then, From the binomial distribution table, the value corresponding to the column labeled and the row labeled in the table of is 0. 967. From the above results, the probabilities that y falls in the intervals (2, 5) and [2, 5) are not equal.