short answer; it depends. Generally, you can say the probablility of an event having a specific outcome is the number of ways in which that outcome can occur divided by the total number of ways any outcome can occur. For example, the likelihood of drawing a heart from a standard 52 card deck is 13/52 because there are 13 possible results that have the desired outcome (IE 13 heart cards) and 52 total possible outcomes (52 possible cards).
Insurance policy
The larger the difference, the larger the value of chi-square and the greater the likelihood of rejecting the null hypothesis
I will answer this question, in all likelihood. The likelihood of my answering this question is next to nothing. There are so many members of the "Likeli" family living around here, you MIGHT call this a "Likeli-hood".
The probability is the number of times that a specific outcome occurred divided by the number of repetitions of the relevant trial.
Probability
Its probability.
Prognosis refers to the likelihood of disease (e.g. treatment) outcome. Poor prognosis means that the likelihood that the outcome is unfavorable is high.
Likelihood refers to the probability or chance of something happening. It indicates how probable or expected an event or outcome is to occur.
In statistics, a likelihood function (often simply likelihood) is a function of a statistical model. The likelihood of a set parameter values, given outcomes x, is equal to the probability of those observed outcome.
A specific outcome is the result of a particular action or event. The outcome of an action would vary greatly depending on the specific action.
It is a measurement of the likelihood of the occurrence of an event whose outcome is uncertain.
Theoretical Probability is the measure of likelihood that an event will have a particular outcome.
A specific outcome or a type of outcome.
They are both measures of the likelihood of events whose outcome is not normally known.
Both are measures of the likelihood of events whose outcome is uncertain.
probability