Article

1. This article evaluates the barriers to adopting EBD and suggests possible outcomes for dentists and patients if new EBD caries strategies are adopted.

Decryption Process

1. The latter is due to problems in deciding which of the possible outcomes of the decryption process is correct. (Web site)

Probability Distributions

1. In the present section, we consider probability distributions for which there are just two possible outcomes with fixed probability summing to one. (Web site)

Probability Distribution

1. Method for calculating the probability distribution of possible outcomes.

Picking

1. Another random variable might describe the possible outcomes of picking a random person and measuring his or her height.

Special Case

1. This is a special case of the MULTINOMIAL DISTRIBUTION where the number of possible outcomes is 2.

Payoff

1. Game theorists specify a scenario or "game" and attach a payoff for each player to each of the possible outcomes.

Smaller Number

1. For example, Table 3 shows all possible outcomes for the range of two numbers (larger number minus the smaller number).

Rolling

1. A random variable can also be used to describe the process of rolling a fair die and the possible outcomes.

Average Value

1. The Type I error rate is the average value over all possible outcomes of the p-value in the range 0 to 0.05. (Web site)

Value

1. Evaluation of risky prospects based on the expected value and variance of possible outcomes.

Response Variable

1. Suppose response variable Y is binary, that is it can have only two possible outcomes which we will denote as 1 and 0.

Probability

1. In any experiment, the formalism of quantum mechanics can, in principle, predict: the possible outcomes; the probability (i.e.

Probabilities

1. The values must cover all of the possible outcomes of the event, while the total probabilities must sum to exactly 1, or 100%.
2. To price the CDS we now need to assign probabilities to the five possible outcomes, then calculate the present value of the payoff for each outcome. (Web site)

Observables

1. As with all observables, the spectrum of the Hamiltonian is the set of possible outcomes when one measures the total energy of a system.
2. In quantum mechanics, observables are, not necessarily bounded, self adjoint operators and their spectra are the possible outcomes of measurements.

Random Variable

1. A random variable is called discrete if the set of all possible outcomes is finite or countable.
2. A Bernoulli trial is a random variable with two possible outcomes, "success" and "failure", with "success" having a probability of θ. (Web site)
3. Random function A random variable can be, for example, the possible outcomes of a dice roll (but it is not assigned a value).

Possible Outcomes

1. In any experiment there are certain possible outcomes; the set of all possible outcomes is called the sample space of the experiment. (Web site)
2. The distribution depends upon a single parameter,'p', representing the probability attributed to one defined outcome out of the two possible outcomes.
3. The clinical course of biliary sludge varies, and complete resolution, a waxing and waning course, and progression to gallstones are all possible outcomes.

Categories

1. Sample Space
2. Random Variable
3. Complete Resolution
4. Probability Distribution
5. Waxing
6. Books about "Possible Outcomes" in Amazon.com
   

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