Examples of using The standard deviation in English and their translations into Polish
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Colloquial
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Official
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Medicine
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Ecclesiastic
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Ecclesiastic
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Financial
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Official/political
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Programming
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Computer
An averaging period from a commercially operating installation will therefore include short term peaks in emissions, with the standard deviation depending on the period over which emissions where averaged.
In such a case the amounts in question shall be multiplied by the quotient or one-and-a-half times the standard deviation and the safety margin.
as we will do in this video, the standard deviation.
and using the standard deviation formula, what do you think this variable is?
and using the standard deviation formula.
And using the standard deviation formula, So based on the data given for this population.
And using the standard deviation formula, what do you think this variable is? So, based on the data given for this population.
and using the standard deviation formula.
And using the standard deviation formula, So based on the data given for this population, what do you think this variable is?
The standard deviation of fluctuations in the employment rate around the trend was more than 2.5 times higher than the standard deviation of cyclical component of GDP,
The standard deviation of this distribution, that distance right over here, the standard deviation of the sampling distribution of the sample mean-- we have seen it multiple times already-- it's going to be this standard deviation-- it's going to be the standard deviation of our population distribution.
It relies on the fact that the number of draws from each stratum is directly proportional to the size of that stratum and to the standard deviation of the examined feature in that stratum.
because we had to estimate the standard deviation of the sampling mean.
may be made if, at the NUTS level in question, the amendment reduces the standard deviation of the size in terms of population of all EU territorial units.
And then if you wanted the standard deviation of a sample-- and it actually gets a little bit interesting because the standard deviation of a sample,
in this case dt. The standard deviation of dz is thus proportional to the square root of dt,( dt)½. All of this means that the random variable dz is equivalent to a random variable w( dt)½, where w is a standard normal variable with mean zero and standard deviation equal to unity.
The standard deviations referred to in the first subparagraph shall represent the cumulative effects of all causes of uncertainty in the measurements,