# The probability of objects spec Q out of infinite variables

• corbensown
In summary, the conversation discusses the concept of statistical probabilities in an infinite universe, specifically in regards to the emergence of unique events and the repetition of those events. The participants of the conversation argue that the idea of an event repeating infinitely is not certain, using examples such as the three dimensional drunkard's walk. They also mention the concept of originality in structures and the impossibility of something being completely non-unique.

#### corbensown

Statistical probabilities of a objects qualities as is emerging out of infinite variable states.

Can an equal emergence occur again, and as a unavoidable fact of infinites result in endless occurrences, given infinite chance in an eternal cosmos?

I say no. If the (falsely inferred as) 1/infinitey chance happens once it is not really unusual. The fault is in thinking this is like any probability solving problem. There is a 100% chance that a thing you see came to exist as itself in everyway. Just as its 100% chance that the cowboys did beat the bills in 2 past bowls. It is guaranteed sure that the presents exact qualities are what they are now and were emerging as at all times in result of any numbers of events and infinitive potentialities.

Now a second equal event that happens after or in parallel with the original is a statistical non event. The chance of it never being is the % 99.999... Repeating 9 decimal. Which is equal to 100% not possible.

That's easy to show as equal by taking 1 divide by three for .3333 repeating 3 decimal. Multiply by 3 to get .9999...etc three times a third is a whole.

So even in an infinite universe there is originality in structures and as a consequence nothing can be non unique in some minuet way.

## 1. What is the meaning of probability in this context?

Probability refers to the likelihood or chance of an event occurring. In this context, it refers to the chance of selecting a specific object, Q, out of an infinite number of possible variables.

## 2. How is the probability of selecting object Q calculated?

The probability of selecting object Q out of infinite variables can be calculated using the formula: P(Q) = 1/N, where N represents the total number of possible variables.

## 3. Is it possible to determine the exact probability of selecting object Q?

No, it is not possible to determine the exact probability of selecting object Q out of infinite variables. This is because the number of possible variables is infinite, making it impossible to calculate the exact probability. However, we can estimate the probability by using mathematical models and statistical analysis.

## 4. How does the number of variables affect the probability of selecting object Q?

The larger the number of variables, the lower the probability of selecting object Q. This is because as the number of variables increases, the chances of selecting a specific object out of all the possible variables decreases.

## 5. Can the probability of selecting object Q change?

Yes, the probability of selecting object Q can change depending on various factors such as the number of variables, the distribution of variables, and any external factors that may impact the selection process. It is important to note that probability is not a fixed value and can vary depending on the circumstances.