Examples of using Random variables in English and their translations into Serbian
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So, the birthday paradox says the following suppose I choose n random variables in our universe u.
exponential random variables.[1] One way to show this is by using the characteristic function approach.
For any set of independent continuous random variables, for any linear combination of those variables, 
identically distributed random variables, Xi from the inverse cumulative normal distribution with mean equal zero
They take values in some set v. Then we say that these random variables are independent if the probability that x= a,
Some important probability distribution functions of continuous random variables: Normal,
Under certain assumptions about the sequence of random variables X k, y k{\displaystyle X_{k},\,
but we have the distribution for the sum of two independent normally distributed random variables, Z= X+ Y,
conditional probability, random variables and their numerical characteristics,
But unfortunately the formal definition of a random variable can be a little c onfusing.
Information theory: Entropy is a measure of the uncertainty associated with a random variable.
If X is a discrete random variable, then it attains values x1, x2,….
So now let's define the random variable which is the XOR of x and y.
I(X) is itself a random variable.
then X is a continuous random variable;
The corresponding formula for a continuous random variable with probability density function f(x)
So a good place to start is just to define a random variable that essentially represents what you care about.
This type of random variable has a mean of p
is used to denote a random variable not of this form.
A random variable has a Laplace( μ,