Examples of using The y value 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
You can just take out all the y values.
The y values never go below 0.
We calculated for each of the y values.
So it's the y value of the point that's a little bit further away from x.
Next we have to find the y value when x 1.
It's all the y values above the y value dictated by this equation.
So f of x plus h minus the y value at x.
The y values never go below 1
And then we want to increase the y value by 2.
Now all of a sudden, this is the y value that my line would predict, it's now using this x value and sticking it over here.
So when x is equal to negative 2, the y value on the line is going to be the slope. So this is going to be equal to 41 divided by 42 times our x value. .
you take y1 minus the y value at this point in the line.
this is just the y value of the point that's not too far away, and this is just the y value point of the point in question,
It's now figuring out the square distance from the line using what the line would predict and using the y value, this one.
As x gets closer and closer to 0, the y value just gets higher and higher.
Or you can think of it as the y value of this point and the y value of the line.
And so when you solve a system of equations, you're essentially looking for the x and the y values that satisfy both of these equations.
essentially, the y value you get when you substitute x1 into this equation.
you literally just take the y value each point.
So this is our mean y value.
Plus, and you just keep going all the way to the nth y value.
It's figures out the squared distance of this y value from the mean.
That's this guy's y value right here.
So we're not above or below the x-axis, so our y value must be equal to 0.
And so first let's think about how we can get every x in y value inside of the unit circle.
That's this guy's y value, minus this guy's y value.
This y value is over here. This point's y value is over here.
We put the values 0, 1 and 3 into the equation instead of x and work out the value of the function(y value) in each case.