Consider the below integrals and series. First, attempt to generate a pdf or a pmf from each of t...
Consider the below integrals and series. First, attempt to generate a pdf or a pmf from each of them and justify why if you can't. Second, if you successfully generated a pdf or a pmf in the first, find the named distribution which your pdf/pmf belongs to (need not be in lecture notes) Σ +r-lc, pェ 1 -, r is a given positive integer and p is probability value. = (1-p) k=0 2. z"-i exp (-z)dz = rn, n e [1, oc), and rr denotes the ganma function. 5.
Consider the below integrals and series. First, attempt to generate a pdf or a pmf from each of them and justify why if you can't. Second, if you successfully generated a pdf or a pmf in the first, find the named distribution which your pdf/pmf belongs to (need not be in lecture notes) Σ +r-lc, pェ 1 -, r is a given positive integer and p is probability value. = (1-p) k=0 2. z"-i exp (-z)dz = rn, n e [1, oc), and rr denotes the ganma function. 5.