Suppose x is a random variable best described by a uniform probability distribution with c = 20 and d= 40. Complete parts a through f. --- .. a. Find the probability P(20 33). brary P(x2 33) = (Round...


Suppose x is a random variable best described by a uniform probability distribution with c = 20 and d= 40. Complete parts a through f.<br>--- ..<br>a. Find the probability P(20<x<33).<br>P(20<x< 33) = .65 (Round to four decimal places as needed.)<br>b. Find the probability P(30 <x< 40).<br>P(30 <x< 40) = .5 (Round to four decimal places as needed.)<br>c. Find the probability P(x> 33).<br>brary<br>P(x2 33) = (Round to four decimal places as needed.)<br>ces<br>Tools<br>

Extracted text: Suppose x is a random variable best described by a uniform probability distribution with c = 20 and d= 40. Complete parts a through f. --- .. a. Find the probability P(20<><33).><>< 33)=".65" (round="" to="" four="" decimal="" places="" as="" needed.)="" b.="" find="" the="" probability="" p(30=""><>< 40).="" p(30=""><>< 40)=".5" (round="" to="" four="" decimal="" places="" as="" needed.)="" c.="" find="" the="" probability="" p(x=""> 33). brary P(x2 33) = (Round to four decimal places as needed.) ces Tools

Jun 10, 2022
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