There is not enough information about the the distribution of the number of people known by each individual - nor the averages. It is therefore no possible to give an answer any more precise than "the probability will be infinitesimally small".
The experimental probability is figured out when a person goes through the trouble of actually trying it out. Theoretical probability is when a person comes to a conclusion of what is most likely, based off of the experiment results.
A mathematician or a statistician.
The probability of at least 1 match is equivalent to 1 minus the probability of there being no matches. The first person's birthday can fall on any day without a match, so the probability of no matches in a group of 1 is 365/365 = 1. The second person's birthday must also fall on a free day, the probability of which is 364/365 The probability of the third person also falling on a free day is 363/365, which we must multiply by the probability of the second person's birthday being free as this must also happen. So for a group of 3 the probability of no clashes is (363*364)/(365*365). Continuing this way, the probability of no matches in a group of 41 is (365*364*363*...326*325)/36541 This can also be written 365!/(324!*36541) Which comes to 0.09685... Therefore the probability of at least one match is 1 - 0.09685 = 0.9032 So the probability of at least one match is roughly 90%
1- P(identical) - P(fraternal) =1-0.004-0.023 =0.973 The probability of being a identical or fraternal twin plus the probability of not being a twin has to add to 1. so 1- probability of being twins=probability of not being a twin ;-)
.61 ^ 8 = .0191707... = 1.92% And an informal proof/explanation: P(A and B) = P(A) * P(B), which means the probability of A and B = Probability of A times the probability of B. P(1st person and 2nd person) = P(1st person) * P(2nd person) P(1st person and 2nd person and 3rd person) = P(1st person) * P(2nd person) * P(3rd person) ... P(1st person) = P(2nd person) = ... = P(8th person) P(1st-8th people) = P(1st) * P(2nd) * ... * P(8th) = P(1st person) ^ 8 .61 ^ 8 = .0191707... = 1.92%
The answer will vary from one person to another, one drug to another, how long the addiction has lasted, the motivation for stopping.
The mathematical probability is 0.
The experimental probability is figured out when a person goes through the trouble of actually trying it out. Theoretical probability is when a person comes to a conclusion of what is most likely, based off of the experiment results.
You can re enter after your ban period is over. But the probability is very less. You cannot enter if the ban is for lifetime.
+person who invented probability
A mathematician or a statistician.
If the events can be considered independent then the probability is (0.7)4 = 0.24 approx.
Probability, simply put, is the likelihood that something will occur. The easiest way to explain probability to someone is to use a hypothetical situation. For example, if a person whose usual size of jeans is 8 tries on a pair of size 8 jeans, the probability that they will fit is high. However, since sizes vary from one manufacturer to another, it is a probability rather than a certainty.
If only one person is picked at random then the probability is 1/16 = 0.0625
The probability that mathematics will make a male pregnant is zero!
1 / total number of people
There are a lot of ways a person can use probability in his/her job. For example, People who bet on horse races use the odds and their knowledge to determine which horse will have the best chance of win,place,show Another example are poker players, quite often, you will see a percentage in the corner of your screen if you watch poker on TV