Примери за използване на Term right here на Английски и техните преводи на Български
{-}
-
Colloquial
-
Official
-
Medicine
-
Ecclesiastic
-
Ecclesiastic
-
Computer
That's this term right here.
This term right here is going to be a 2.
And then our next term right here.
This term right here is equal to negative 2m.
So we could substitute this term right here with this.
This term right here is each of these.
And then I have this last term right here, minus 5.
So this term right here, that equals three, right? .
Times minus 2 is minus 6, so that's this term right here.
But this term right here is going to grow faster than everything.
So if r3 is minus 1/a, this term right here becomes what?
This term right here is the mean of the x's times n.
If we put x is equal to 2, this term right here is going to be 0.
This term right here is n times the mean of the y values.
This becomes 0, because this term right here will be 0 if x is 1.
You're just going to take the square root of this term right here.
So this term right here, we can simplify this as r to the 4/3 power.
If y is equal to negative 1, this term right here disappears?
And then this term right here, it's not going to add to anything, 3ab squared.
So for example, the coefficient on this term right here is negative 5.
And then this last term right here, y times y, that's the same thing as y squared.
So if x is greater than 2/3, this term right here is going to be positive.
This term right here 3 times -7 is -21 and then you have your x right over here. .
And that just comes from the fact that this term right here is always going to be greater than or equal to 0.
This term right here is going to be equal to n times the mean of the products of xy.
And then, this term right here is n times the mean of the x squared values.
That's because this term right here is growing faster than every single other term. .
So this first term right here, her total pay babysitting, that is this expression right there.
So this first term right here we can write as the square root of 2 times 2 times the square root of 5 times the square root of 9.
The intuition of this term right here I think is interesting because we're saying, how far are we away from the mean, we're dividing by the standard deviation.