The random variable X is said to be a discrete uniform random variable on the integers 1.2..... n if P { X = i } = 1 n i = 1 , 2 , ... , n . For any nonnegative real number x, let in t(x) (sometimes written as [x]) be the largest integer that is less than or equal to x. Show that if U is a uniform random variable on (0, 1), then X = int ( n U ) + 1 is a discrete uniform random variable on 1. ....n.
The random variable X is said to be a discrete uniform random variable on the integers 1.2..... n if P { X = i } = 1 n i = 1 , 2 , ... , n . For any nonnegative real number x, let in t(x) (sometimes written as [x]) be the largest integer that is less than or equal to x. Show that if U is a uniform random variable on (0, 1), then X = int ( n U ) + 1 is a discrete uniform random variable on 1. ....n.
Solution Summary: The author explains that X is a discrete uniform random variable on 1,mathrm...,n.
The random variable X is said to be a discrete uniform random variable on the integers 1.2..... n if
P
{
X
=
i
}
=
1
n
i
=
1
,
2
,
...
,
n
.
For any nonnegative real number x, let in t(x) (sometimes written as [x]) be the largest integer that is less than or equal to x. Show that if U is a uniform random variable on (0, 1), then
X
=
int
(
n
U
)
+
1
is a discrete uniform random variable on 1. ....n.
Q2
H
let x(+) = &cos (Ait+U) and.
4(+) = ß cos(12t +V), where d. B. 1. In Constants
and U,V indep.rus have uniform dist. (-π,π)
Show that:
①Rxy (+,4+1)=0 @ Rxy (++) = cos [
when U=V
Q3 let x(t) is stochastic process with Wss
-121
e,
and Rx ltst+1) = ( 2, show that
E(X) =
E(XS-X₁)² = 2(-1).
Qu let x(t) = U Cost + (V+1) Sint, tεIR.
where UV indep.rus, and let E (U)-E(V)=0
and E(U) = E(V) = 1, show that
Cov (Xt, Xs) = K (t,s) = cos(s-t) X(+) is not
WSS.
Patterns in Floor Tiling A square floor is to be tiled with square tiles as shown. There are blue tiles on the main diagonals and red tiles everywhere else.
In all cases, both blue and red tiles must be used. and the two diagonals must have a common blue tile at the center of the floor.
If 81 blue tiles will be used, how many red tiles will be needed?
For what numbers in place of 81 would this problem still be solvable?
Find an expression in k giving the number of red tiles required in general.
At a BBQ, you can choose to eat a burger, hotdog or pizza. you can choose to drink water, juice or pop. If you choose your meal at random, what is the probability that you will choose juice and a hot dog? What is the probability that you will not choose a burger and choose either water or pop?
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