The outcome that is the top number on a fraction. e.g. The multiples of 3 are 3 and 6 = there are 2 favourable outcomes. Probability ( multiple of 3 ) + 2/6 = two favourable outcomes/six possible outcomes
A possible outcome is an element of the outcome space. All possible outcomes make up the outcome space.
The treatment effect is the difference between the observed outcome and the "normal" outcome
The treatment effect is the difference between the observed outcome and the "normal" outcome
Favourable outcomes in a series of trials are those where the outcome is what you are looking for. The word "favourable" has positive connotations in normal usage but that should not be applied here. For example, if I am studying the spread of a fatal infectious diseases, the event that would be looking for is that someone gets infected. In all likelihood, no one will consider that to be favourable in the normal sense! The probability of an event is the ratio of the favourable outcomes to the total number of trials.
The outcome that is the top number on a fraction. e.g. The multiples of 3 are 3 and 6 = there are 2 favourable outcomes. Probability ( multiple of 3 ) + 2/6 = two favourable outcomes/six possible outcomes
A possible outcome is an element of the outcome space. All possible outcomes make up the outcome space.
The answer depends on what the trials are, what constitutes a favourable outcome, and how many possible outcomes there were previously. And since you have not bothered to provide these crucial bits of information, I cannot provide a more useful answer.The answer depends on what the trials are, what constitutes a favourable outcome, and how many possible outcomes there were previously. And since you have not bothered to provide these crucial bits of information, I cannot provide a more useful answer.The answer depends on what the trials are, what constitutes a favourable outcome, and how many possible outcomes there were previously. And since you have not bothered to provide these crucial bits of information, I cannot provide a more useful answer.The answer depends on what the trials are, what constitutes a favourable outcome, and how many possible outcomes there were previously. And since you have not bothered to provide these crucial bits of information, I cannot provide a more useful answer.
The treatment effect is the difference between the observed outcome and the "normal" outcome
The treatment effect is the difference between the observed outcome and the "normal" outcome
Expecting a favourable outcome.
Favourable probability is the probability that the outcome that you are looking for does actually occur.As an aside, "favourable" can be an unfortunate word if you are looking for the probability of an undesirable outcome - being the victim of a fatal incidence. Not many would consider that as being "favourable".
A favourable outcome is one in which the event that you are looking for happens. The word favourable can have contrary connotations. If studying fatal lightning strikes, a "favourable" outcome is one in which someone dies from being struck by lightning. I don't know many people who would consider that "favourable"!
The difference between output and outcome is that , output is the product or service that comes out of a process and outcome is the net result of that output to the organization.
The treatment effect is the difference between the observed outcome and the "normal" outcome
Two events are non mutually exclusive events are those that have an overlap. That is, there is at least one outcome that is "favourable" to both events.For example if, for a roll of a die,event A: the outcome is evenevent B: the outcome is a primeThen the outcome 2 is favourable to both A and B and so A and B are not mutually exclusive.
The probability of the event that comprises the favourable outcome.