Examples of using Is going to be equal in English and their translations into Swedish
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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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Official/political
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Computer
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Programming
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Political
It's going to be equal to omega times r.
So that's going to be equal to this right here.
and it tells me it's going to be equal to 1.
The coordinates of a with respect to B are going to be equal to C inverse,
we're going to deduce that this is going to be equal to something else.
This is going to be equal to?* and so this part right over here. Let me just use a different color.
you know that this expression right here is going to be equal to x plus b over 2a squared.
g-prime of x is going to be equal to negative, no it's going to be positive cosine of x.
So that is going to be equal to-- by Bayes' Theorem,
Well, lucky for us this is going to be equal to the limit of f(x) as x approaches
in every situation here is going to be equal to the angle reflection although the paddle looks like it's a little bit distorted here.
So the total volume-- let me do a good color, that looks good-- total volume is going to be equal to the volume formed when we rotate y equals square root of x around the x-axis.
So the probability of guessing on both of them-- so that means that the probability of being correct-- on guessing correct on 1 and number 2 is going to be equal to the product of these probabilities.
So we have square root of three over square root of three and so this is going to be equal to the numerator square root of three
So this is going to be equal to 4 squared is 16 over 1 plus negative 2, that's 1 minus
the angle of reflection we also know that this angle right here is going to be equal to that angle right there.
So the volume when you rotate it is going to be equal to the definite integral between-- and remember,
And you could look at this visually- if you look at the graphs of two arbitrary functions you essentially just add those two functions- it will be pretty clear that this is going to be equal to-- and once again, I'm not doing a rigorous proof;
So we could say that this is going to be approximately equal to our sample standard deviation divided by the square root of 100, which is going to be equal to our sample standard deviation is 0.5,
the Pythagorean theorem tells us that a squared plus b squared is going to be equal to c squared.