If the event has already happened, then the probability is 100%.
An event, unless it already had been occured and the experiment tries to resolve posterior probabilities on the event
May - or may not - be a conditional probability. A conditional probability is not becessarily chronologically structured.
When you calculate the probability of an event without doing any experiments, it is called theoretical probability. It is based on mathematical calculations using known information and assumptions about the event.
When the outcome of one event affects the probability of a second event, this relationship is described as conditional probability. In such cases, the likelihood of the second event occurring changes based on the outcome of the first event. For example, if it starts raining, the probability of people carrying umbrellas increases. This interaction highlights how events can be interconnected in probabilistic scenarios.
If "jmoojn" is the moon then the event has already happened and it was not you. So it is impossible and therefore the probability is 0.
The probability based on an event that has already occurred is 100%. If the event has occurred, it has occurred.
An event, unless it already had been occured and the experiment tries to resolve posterior probabilities on the event
100% it already happened
May - or may not - be a conditional probability. A conditional probability is not becessarily chronologically structured.
It can be called a "conditional probability", but the word "conditional" is irrelevant if the two events are independent.
The likelihood of an event occurring is known as the probability of occurrence. This can be calculated based on previous patterns and other factors.
The probability of an impossible event is 0.The probability of an impossible event is 0.The probability of an impossible event is 0.The probability of an impossible event is 0.
When you calculate the probability of an event without doing any experiments, it is called theoretical probability. It is based on mathematical calculations using known information and assumptions about the event.
this is called a a posteriori probability. based on some evidence, you are trying to estimate the likelyhood of the hypothesis.
When the outcome of one event affects the probability of a second event, this relationship is described as conditional probability. In such cases, the likelihood of the second event occurring changes based on the outcome of the first event. For example, if it starts raining, the probability of people carrying umbrellas increases. This interaction highlights how events can be interconnected in probabilistic scenarios.
The probability of an impossible event is 0.The probability of an impossible event is 0.The probability of an impossible event is 0.The probability of an impossible event is 0.
If "jmoojn" is the moon then the event has already happened and it was not you. So it is impossible and therefore the probability is 0.