It gives them some idea how likely things are to happen. Without it, they would just have to guess.
The answer will depend on how soon YOU expect it to arrive! If you think that it will take 5 minutes after you complete the transaction, the probability that it arrives earlier is 0 whereas if you expect it to take 5 moths, the probability that it arrives earlier is 1.The answer will depend on how soon YOU expect it to arrive! If you think that it will take 5 minutes after you complete the transaction, the probability that it arrives earlier is 0 whereas if you expect it to take 5 moths, the probability that it arrives earlier is 1.The answer will depend on how soon YOU expect it to arrive! If you think that it will take 5 minutes after you complete the transaction, the probability that it arrives earlier is 0 whereas if you expect it to take 5 moths, the probability that it arrives earlier is 1.The answer will depend on how soon YOU expect it to arrive! If you think that it will take 5 minutes after you complete the transaction, the probability that it arrives earlier is 0 whereas if you expect it to take 5 moths, the probability that it arrives earlier is 1.
The answer will depend on what p5 is!
The answer will depend on what the trial is!
The answer will depend on people's access to gaming machines and to video games, the demographics of the wherever you are studying and whether or not the people have a life!
The answer would depend on the demographics of the population: a probability of 0.2 it too high unless the population is from a retirement area.
The answer will depend on what the experiment is.
The answer will depend on where you are, and the local weather forecast.
That would depend on the conditions of the experiment.
I think that would depend on where you are
It would depend on the parents' genes and age. Globally, the probability is approx 0.483
No. The probability that a continuous random variable takes a specific value is always zero.
when you think