Examples of using Arithmetic mean in English and their translations into Thai
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Computer
So what's the arithmetic mean here?
But the idea is almost as straightforward as the arithmetic mean.
If I take the arithmetic mean of 3 and 3, I get 3.
Times n times the mean of the xy values, the arithmetic mean.
Or why don't we use arithmetic mean all the time?
So the arithmetic mean of both of these populations are the same number.
And I think that's what you're familiar with as just the arithmetic mean, or the average.
Because the arithmetic mean was skewed by this, what they call an outlier.
Remember, expected value, in a lot of context, you can view it just as arithmetic mean.
Now let's calculate the arithmetic mean for both of these data sets.
The cameras have a self-exposing system that measures light from a certain portion of the frame and makes an arithmetic mean.
Annual mean CO2 concentrations are the arithmetic mean of the monthly averages for the year.
If you think about the squared distance from some central tendency, and the best central measure we can have of y is the arithmetic mean.
While here, sure their mean, their arithmetic mean is 2.5, but they're further away from 2.5.
Or on average how many years of experience we have, and in particular, the particular type of average we will focus on is the arithmetic mean.
Sometimes it's called"the arithmetic mean" because you will learn that there are actually other ways of calculating a mean. .
But if we're being a little bit more particular, this is the arithmetic mean of this set of numbers.
Now, the population mean, or the arithmetic mean of this data set right here, it is negative 10 plus 0 plus 10 plus 20 plus 30 over-- we have five data points-- over 5.
So normally when someone says,"Let's take the average of these numbers." And they expect you to do something, they want you to figure out the arithmetic mean.
This is the problem, as the mind of man makes the arithmetic mean between anything and everything(black and white, hot-cold) to equalize everything.
Or if you don't want to worry about the word population or sample and all of that, both of these data sets have the exact same arithmetic mean.
Hopefully now, we can kind of connect what we thought about in terms of just arithmetic mean and central tendency and population versus sample, and then connect that to the notion of a random variable.
If you managed to get such information, you should calculate the coefficients for each of the months in each year, and then calculate the arithmetic mean for each month.
But what's useful now is we can apply the same principles, but we're finding the arithmetic mean of an infinite population, or the expected value of a random variable, which is the same thing as the arithmetic mean of the population of this random variable.
So when you have a set with even numbers and someone tells you to figure out the median, what you do is you take the middle two numbers and then you take the arithmetic mean of those two numbers.