I think it means to find the theoretical probability of something random that has results that are numbers. For instance, rolling a die and trying to get a 6 is a "chance activity with numerical outcomes".
Expected results can arise from both chance and mathematical calculations. In probabilistic contexts, expected values are calculated using mathematical formulas based on probabilities and outcomes. However, in experimental settings, observed results may also reflect random variations or chance. Therefore, while mathematical methods provide a framework for predicting expected results, actual outcomes can be influenced by stochastic factors.
The common ratio effect is a phenomenon observed in decision-making scenarios where individuals tend to favor options that present a lower percentage of loss or gain, even when the absolute outcomes are equivalent. For instance, when comparing two gambles, people may prefer a gamble that offers a 50% chance of losing $100 over one that offers a 25% chance of losing $200, despite both presenting the same expected loss. This effect highlights how people’s perceptions of risk and value can be influenced by the way choices are framed, rather than just the numerical outcomes themselves.
No. Not all outcomes are equally probable. Generally, the chance, or probability, of a particular event happening can be calculated.It should be noted that the possibility of some events happening cannot be calculated.
1,2,3,4,5,6 are the possible outcomes. There's a 1/6 chance for each.
The 50/50 chance means there are two outcomes, and each on is equally likely. A coin has a 50% chance of coming up heads and 50% chance of coming up tails. If we have a number of events or outcomes, and little information to based which one is more likely to occur, we can assume that they are equiprobable events or outcomes. You can learn more by searching wikipedia under equiprobable.
No. Not all outcomes are equally probable. Generally, the chance, or probability, of a particular event happening can be calculated.It should be noted that the possibility of some events happening cannot be calculated.
Its probability.
1,2,3,4,5,6 are the possible outcomes. There's a 1/6 chance for each.
Half, because previous outcomes have nothing to do with future outcomes, the chance of getting a boy or girl will always be half.
The 50/50 chance means there are two outcomes, and each on is equally likely. A coin has a 50% chance of coming up heads and 50% chance of coming up tails. If we have a number of events or outcomes, and little information to based which one is more likely to occur, we can assume that they are equiprobable events or outcomes. You can learn more by searching wikipedia under equiprobable.
The number of possible outcomes that matches the event divided by the total number of possible outcomes is the probabilityof that event.
If you have bought a ticket, then you have a chance. Your chance may not great, but as they say, if you are not in, you cannot win. No winner expected to win, but it could be you.
Variation in the expected number of offspring in a monohybrid cross can be caused by chance factors, such as random assortment of alleles during gamete formation, or deviations from expected ratios due to small sample sizes. Additionally, factors like genetic linkage and incomplete dominance can also influence the observed outcomes.
It's expected to come out in theaters in late 2009, although there is a chance it will come out early 2010.
I think you want genetic drift. That is a random event, which is subtly different than a chance event, though a chance event, such as an unforeseen accident can be part of it. Accidents always happen by chance, but to be random they happen in no set numerical order.
1/6 The numerator is the number of outcomes you would find acceptable (in this case ONLY the number 2) The denominator is the number of all possible outcomes (6)
Citizens were expected to participate in government and defend the polis. Polis did not do so because they were denied the chance to do so.