7/24
Assuming that having boys and girls are equally likely, then the probability is 1/8. * * * * * You also need to assume that the children's genders are independent. They are NOT and depend on the parents' ages and genes.
Even if I assume that you mean probability and not probility, the question cannot be answered since there is no information as to what is being rolled. For a normal tetrahedral die, the answer is 1.
Even if I assume that you mean probability and not probility, the question cannot be answered since there is no information as to what is being rolled. For a normal tetrahedral die, the answer is 1.
Assume the given event depicts flipping a fair coin and rolling a fair die. The probability of obtaining a tail is ½, and the probability of obtaining a 3 in a die is 1/6. Then, the probability of encountering these events is (½)(1/6) = 1/12.
I assume you mean "probability". That refers to how likely something is to happen. It is a number between zero and one; a probability of zero means (more or less) that something is impossible, while a probability of one means more or less that something is sure to happen. Similarly, a probability close to 1, for example 0.95, means that it is very likely that something happens - if you try it out often, the even will happen most of the time.
Apex===> 5/24
Assuming that having boys and girls are equally likely, then the probability is 1/8. * * * * * You also need to assume that the children's genders are independent. They are NOT and depend on the parents' ages and genes.
It depends on what the random variable is, what its domain is, what its probability distribution function is. The probability that a randomly selected random variable has a value between 40 and 60 is probably quite close to zero.
I believe you mean to say, equally probable. By stating they are separate events, I assume that they are independent and that there is a single unique outcome to each event that can be identified. Ok, then the chance of each event or outcome is 1/10.
No. Probability is always represented as a positive ratio/fraction/percent.
First of all an area is a measure in 2-dimensional space and so cannot be measured in mm which is a 1-dimensional measure. So the question is improper. However, assuming that you meant square mm, then the answer depends on the assumptions that you make.First, you need, to assume that the player hits the board! You are looking for the conditional probability: the probability of hitting the bull conditional on hitting the board.You could then assume that the player throws the dart in such a way that the probability of hitting a particular area is proportional to the size of that area, then the probability of hitting the bull is 0.04 or 4%.You could instead assume that the player aims for the bull but has little control over how close the dart gets so that any distance from the centre is equally likely. Then the probability of hitting the bull is 0.2 or 20%.
If the coin is fair and balanced, like Fox, then the probability is 50%.
I assume you refer to the distance between the points.I assume you refer to the distance between the points.I assume you refer to the distance between the points.I assume you refer to the distance between the points.
Even if I assume that you mean probability and not probility, the question cannot be answered since there is no information as to what is being rolled. For a normal tetrahedral die, the answer is 1.
Even if I assume that you mean probability and not probility, the question cannot be answered since there is no information as to what is being rolled. For a normal tetrahedral die, the answer is 1.
Assume the given event depicts flipping a fair coin and rolling a fair die. The probability of obtaining a tail is ½, and the probability of obtaining a 3 in a die is 1/6. Then, the probability of encountering these events is (½)(1/6) = 1/12.
I assume you mean "probability". That refers to how likely something is to happen. It is a number between zero and one; a probability of zero means (more or less) that something is impossible, while a probability of one means more or less that something is sure to happen. Similarly, a probability close to 1, for example 0.95, means that it is very likely that something happens - if you try it out often, the even will happen most of the time.