Uniform distribution pdf expectations A random variable X ha
[Uniform distribution, p.d.f., expectations] A random variable X has a uniform p.d.f. given by= J UGT &JxK; \' \\ 0, other x Show that U0 = (b - a)~1. Show that the mean value of X is X = S(X) = i(a + Show that the variance of X Ls a = S {(X - X)2} = -^(b - a)2. Now we revisit the \"landing point of a tire\" problem in HW 1-1 (Problem 6). [The homework set is stillposted if you have lost your copy of this problem. What is the expected value of the random variable 0 which models the angle of the point of contact of the tire with the road? Answer: 0 = n. What is the expected squared deviation of 0 from its mean value?.
Solution
![[Uniform distribution, p.d.f., expectations] A random variable X has a uniform p.d.f. given by= J UGT &JxK; \' \\ 0, other x Show that U0 = (b - a)~1. Show [Uniform distribution, p.d.f., expectations] A random variable X has a uniform p.d.f. given by= J UGT &JxK; \' \\ 0, other x Show that U0 = (b - a)~1. Show](/WebImages/19/uniform-distribution-pdf-expectations-a-random-variable-x-ha-1041573-1761541122-0.webp)