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5. The density function for a continous random variable X, on the interval 12 X 2 4 f(x) = 4x-2x³₁ 1 2 X 2 4 A• Usef (x) to compute Pr|3/X/41. B. find the cumulative distribution function f (x! C.Use Flx) to compute Pr/1LX22).

5. The density function for a continous random variable X, on the interval 12 X 2 4 f(x) = 4x-2x³₁ 1 2 X 2 4 A• Usef (x) to compute Pr|3/X/41. B. find the cumulative distribution function f (x! C.Use Flx) to compute Pr/1LX22).

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Answer number 5 A,B,C show work

5. 128 ounces. Container of milk contains less- The density function for a continous random variable X on the interval 12 X Z flx) = 4/x-2² > tu 12 x 24 X A• use flx / to compute Pr|3 < x <4). B. find the cumulative distribution function f (x C. use Flx) to compute Pr(1LX22). 4 6 The time (in minutes) required to complete an assembly on a /production line is a random variable IX with the cumulative distribution /function. F(x) =====5x³ 02 X < 5. IP ELXJ 8. compute VAR (XI
Transcribed Image Text:5. 128 ounces. Container of milk contains less- The density function for a continous random variable X on the interval 12 X Z flx) = 4/x-2² > tu 12 x 24 X A• use flx / to compute Pr|3 < x <4). B. find the cumulative distribution function f (x C. use Flx) to compute Pr(1LX22). 4 6 The time (in minutes) required to complete an assembly on a /production line is a random variable IX with the cumulative distribution /function. F(x) =====5x³ 02 X < 5. IP ELXJ 8. compute VAR (XI
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