SOLUTION: Suppose, X~ Bin(45, 25). Calculate the parameters of the distribution. Hence write the pfm of the distribution.

Question 1166199: Suppose, X~ Bin(45, 25). Calculate the parameters of the distribution. Hence write the pfm of the distribution.
Found 2 solutions by amarjeeth123, ikleyn:
Answer by amarjeeth123(574) (Show Source): You can put this solution on YOUR website!
n=45
p=25
The pmf is 45Cx*(p)^x*(1-p)^(n-x)
where n is the number of trials
and x is the number
Answer by ikleyn(53765) (Show Source): You can put this solution on YOUR website!
.
Suppose, X~ Bin(45, 25). Calculate the parameters of the distribution. Hence write the pfm of the distribution.
~~~~~~~~~~~~~~~~~~~~~~~~~~

In the expression X ~ Bin(45,25), the second argument, by the definition, should represent the probability.

But in this case the given value p = 25 can not be a value of probability, since the value of 25 is greater than 1.

So, this expression x ~ Bin(45.25) makes no sense, and the assignment in whole is non-sensical.

It should be corrected to make sense.

The treatment by @amarjeeth is INCORRECT and leads to NOWHERE (leads to the abyss, that's what I want to say).

RELATED QUESTIONS
A random variable X has a binomial probability distribution with parameters n and p. The... (answered by reviewermath)
In a binomial distribution, the mean and the standard deviation were found to be 36 and... (answered by stanbon)
Suppose the number of children in a household has a binomial distribution with... (answered by Solver92311)
Suppose that the probability distribution of a random variabile x can be described by the (answered by stanbon)
Suppose the number of cell phones in a household has a binomial distribution with... (answered by ikleyn)
Suppose (X1,X2,…,X9) is a random sample from Normal(2,42). Let X(bar) be the sample... (answered by CPhill)
If X has a normal distribution with mean 80 and standard deviation 12, what is the... (answered by stanbon)
If X has a normal distribution with mean 80 and standard deviation 12, what is the... (answered by stanbon)
Let X1,...,Xn be a random sample from the beta distribution with parameters α and β.... (answered by CPhill)