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In statistics, it is called the 'population'. There are two types of populations: finite and infinite. A finite population can simply be counted such as the number of students in a class. An infinite population, on the other hand, cannot be counted or is very difficult to count such as the residents in a city. Statistics is all about infinite populations because we need to make conclusions about the entire population based on observations of a small sample of that population.
infinite
Given any sample size there are many samples of that size that can be drawn from the population. In the population is N and the sample size in n, then there are NCn, but remember that the population can be infinite. A test statistic is a value that is calculated from only the observations in a sample (no unknown parameters are estimated). The value of the test statistic will change from sample to sample. The sampling distribution of a test statistic is the probability distribution function for all the values that the test statistic can take across all possible samples.
The probability of an event is the percentage of times that it would happen out of an infinite number of tries.
A discrete probability distribution is defined over a set value (such as a value of 1 or 2 or 3, etc). A continuous probability distribution is defined over an infinite number of points (such as all values between 1 and 3, inclusive).
In statistics, it is called the 'population'. There are two types of populations: finite and infinite. A finite population can simply be counted such as the number of students in a class. An infinite population, on the other hand, cannot be counted or is very difficult to count such as the residents in a city. Statistics is all about infinite populations because we need to make conclusions about the entire population based on observations of a small sample of that population.
infinite
No, it is not possible. Such a scenario in an infinite universe could only occur if the probability of life forming were exactly 0. Life on Earth is evidence that this probability is at least slightly greater than 0, and when multiplied by infinity, would equal infinity. So the population of an infinite universe would, in fact, be infinity.
Well, there are infinite possibilities, because there are an infinite amount of numbers-the number line goes on forever. So your probability would be one over infinity.
Given any sample size there are many samples of that size that can be drawn from the population. In the population is N and the sample size in n, then there are NCn, but remember that the population can be infinite. A test statistic is a value that is calculated from only the observations in a sample (no unknown parameters are estimated). The value of the test statistic will change from sample to sample. The sampling distribution of a test statistic is the probability distribution function for all the values that the test statistic can take across all possible samples.
No, the exact opposite is true.
The probability of an event is the percentage of times that it would happen out of an infinite number of tries.
No, it is not.
The time taken between your posting this question and receiving a reply.
No it is simply a nonsense. Wave functions describe finite probabilites.
A discrete probability distribution is defined over a set value (such as a value of 1 or 2 or 3, etc). A continuous probability distribution is defined over an infinite number of points (such as all values between 1 and 3, inclusive).
you should find it yourself