I studied it at university.
To decide whether or not to take an umbrella as you go out, you need to know the probability that it will rain.To decide whether or not to take an umbrella as you go out, you need to know the probability that it will rain.To decide whether or not to take an umbrella as you go out, you need to know the probability that it will rain.To decide whether or not to take an umbrella as you go out, you need to know the probability that it will rain.
4.1 is not a valid probability because probability can never be greater than 1.
It is the probability distribution function that is relevant for the experiment.
Probability is everywhere! If you are entering a raffle, wouldn't you like to know what the probability of you winning is? Or perhaps the lottery? If you need to pick a certain color marble out of a bag of marbles to win a prize, wouldn't you like to know the probability of picking the winning color? Probability is everywhere and can help you in life.
If A and B are independent, then you can multiply the two probabilities
rghrugfy
i dont know it either...hahaha^^
To be able to understand the probability of chance for an occurrence and to further understand probability
Yes, except that if you know that the distribution is uniform there is little point in using the empirical rule.
More information is needed to determine the answer to the question. We need to know the probability of success or failure.
There are lots of situations where you can't know an outcome for sure. Probability is used in this case, to analyze the different possibilities, and how likely each of them is.
The theoretical probability that a tribute from 1,2,4 will win the Hunger Games is 25% chance. To find the experimental probability you would have to know which tributes won in the last 75 hunger games to know there chance of winning in the future.