Примери за използване на This value right here на Английски и техните преводи на Български
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So this value right here is 0.50.
So you would just want to know this value right here.
This value right here is times 0.36.
Let's say that this value right here is.
So this value right here is going to be 0.16.
And then Old Maple Farms has this value right here, which is 2/3M plus a.
So this value right here is approximately 0.022.
So this, right here, is-- this value right here is 2/3R plus a.
So this value right here-- I'm going to color code it.
Remember, this 2.02 is just this value right here.
So this value right here-- let me get the calculator out just to get a value in place there.
Because the way our domain was constrained, this value right here is going to be negative.
If you think of it visually, it's saying you start with an a,you apply f to it, and you get this value right here.
Because no matter what number I put here, this value right here is going to be greater than zero.
There's some unknown mean here, which is the same thing as this value right here.
It must be the same limit as this value right here where we take the derivative of the f of x and of the g of x.
So this error right here, error one,if you think about it, it is this value right here, this y value. .
So this value right here is going to be someplace in between 10 and 11, which makes sense if you think about it visually.
So another way to think about it is 99-- so this value right here gives us the whole cumulative area up to that, up to our mean.
So this value right here, x plus 2, if x is always greater than or equal to negative 2, x plus 2 will always be greater than or equal to 0.
We just said if this thing is well over 30, or at least 30, then this value right here, this statistic, is going to be normally distributed.
And then this value right here-- let me do this in another-- so then we're going to have plus 0.6 times 1 minus 0.6 squared.
We are confident that there is a 99% chance that a random x,a random sample mean, is within-- and let's figure out this value right here using a calculator.
They're saying that this value right here, this 100, is some percentage of 80, and that some percentage is what we have to figure out.
So if we look over here, so for a T-distribution with 9 degrees of freedom, you're going to have 95% of the probability is going to be contained within a T-value of-- so the T-value is going to be between negative,so this value right here is 2.262, and this value right here is negative 2.262.
This value right here is going to be negative, and then when you subtract from a negative, it's definitely going to be negative.
So this value right over here, so this is 19-- let me do it in that same color-- this value right here is 19.3 is going to be greater than mu, which is going to be greater than-- and this is negative 2.13 plus 17.17.
You have at most two solutions that are equal distant from this x value right here.
So this little fraction that made all ten of them is going to be equaled to this value right over here.
This value right over here is greater than or equal to 1, but it is less than or equal to 9.