Respuesta :
The first and fourth options are binomial distributions, since the 3 or 6 cats will either have or not have side effects.
The second option is not even a distribution, as you would know the exact number who received the vaccine.
The third option is not a binomial distribution, as you have set the # of cats (1) who will have side effects, rather than the number of cats to be tested.
The second option is not even a distribution, as you would know the exact number who received the vaccine.
The third option is not a binomial distribution, as you have set the # of cats (1) who will have side effects, rather than the number of cats to be tested.
Answer:
When the vaccine is given to multiple cats, X is the total number of cats that receive the vaccine
Step-by-step explanation:
The first and fourth options are binomial distributions, since the 3rd or 6th cat will either have or not have side effects.
The second option is not even a distribution, as you would know the exact number who received the vaccine.
The third option is not a binomial distribution, as you have set the # of cats who will have side effects, rather than the number of cats to be tested.
So for the random variable X ,where X is the total number of cats that receive the vaccine. We have the binomial distribution for probability of causing side effect denoted by
p = 10% =0.1
and probability of not causing side effect denoted by
q = 1-0.1 =0.9
Then probability function for random variable X is where n is total number of cats.