Let X be Uniformly distributed over the interval [0,π/2][0,π/2]. Find the density function for Y=sinXY=sinX. Evaluate the density function (to 2 d.p.) at the value 0.1.
the density function is ?
Let X be Uniformly distributed over the interval [0,π/2][0,π/2]. Find the density function for Y=sinXY=sinX. Evaluate...
If X is uniformly distributed over (0, 2), find the density function of Y = e X. The density can be given only on the interval (1, e 2 ) where it is non-zero.
5. Let X be uniformly distributed over (0,1). a) Find the density function of Y = ex. b) Let W = 9(X). Can you find a function g for which W is an exponential random variable? Explain.
Let X be a continuous random variable uniformly distributed on the unit interval (0, 1), .e X has a density f(x) = { 1, 0<r<1 f (x)- 0, elsewhere μ+ơX, where-oo < μ < 00, σ > 0 (a) Find the density of Y (b) Find E(Y) and V(Y)
4.3. Let X and Y be independent random variables uniformly distributed over the interval [θ-, θ + ] for some fixed θ. Show that W X-Y has a distribution that is independent of θ with density function for lwl > 1.
help asap 2. The random variable X is uniformly distributed in the interval [4,8). Find the probability density function for random variable Y if Y 6X 12 3. Two independent random variables X and y are given with their distribution laws: 0.2 0.4 0.1 0.9 0.7 0.1 p. Find the distribution law and mode of the random variable Z-5XY 0.2
(iv) Let X be exponentially distributed with parameter 1 and let Y be uniformly distributed in the interval [0, 1]. Using convolution, find the probability distribution function of
1. Let U be a random variable that is uniformly distributed on the interval (0,1) (a) Show that V 1 - U is also a uniformly distributed random variable on the interval (0,1) (b) Show that X-In(U) is an exponential random variable and find its associated parameter (c) Let W be another random variable that is uformly distributed on (0,1). Assume that U and W are independent. Show that a probability density function of Y-U+W is y, if y E...
13. Let Xand Xbe independently and uniformly distributed over the interval (0,a). Find the p.d.f. of (a) U = X1 + X2 (b) W = X1 - X,
Let X and Y be independent random variables uniformly distributed on the interval [1,2]. What is the moment generating function of X + 2Y? Let X and Y be independent random variables uniformly distributed on the interval [1,2]. What is the moment generating function of X + 2Y?
Let X, Y , Z be uniformly distributed random variables on the interval [0, 2]. Calculate the probability that they are ordered as X < Y < Z. That is, calculuate P(X < Y < Z).