8. Suppose X is a continuous random variable with -1 sXs1 and having valid probability density function f(x) = c(5-4/x|) and variance V[X]. Note that f(x) is symmetric around the point X3D0. Rounded to THREE decimal places the value of c is and the value of V[X] is

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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7. Suppose X is a continuous random variable with 0 sX54 with valid probability density function f(x) = cx and mean E[X].
To THREE decimal places the value of c is
and E[X] is
8. Suppose X is a continuous random variable with -1 sXs 1 and having valid probability density function f(x) = c(5-4|x|) and variance V[X].
Note that f(x) is symmetric around the point x-0.
Rounded to THREE decimal places the value of c is
and the value of V[X] is
Transcribed Image Text:7. Suppose X is a continuous random variable with 0 sX54 with valid probability density function f(x) = cx and mean E[X]. To THREE decimal places the value of c is and E[X] is 8. Suppose X is a continuous random variable with -1 sXs 1 and having valid probability density function f(x) = c(5-4|x|) and variance V[X]. Note that f(x) is symmetric around the point x-0. Rounded to THREE decimal places the value of c is and the value of V[X] is
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