Examples of using To the square root in English and their translations into Polish
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So it's equal to the square root of 3/2.
I don't know, x squared plus the cosine of x is equal to the square root of x.
So b is equal to the square root of 432.
This curve is y is equal to x squared, orx is equal to the square root of y.
This is equal to the square root of x over y.
If this is equal to 0, 50,you get t is equal to the square root of 10.
And then this is equal to the square root of 18 times 9 times 7 times 2.
Divide both sides by 5. t squared is equal to 10. t is equal to the square root of 3.
And you get B is equal to the square root, the principal root, of 108.
If I said 4 to the 1/2 power right there,this means this is equivalent to the square root of 4.
What if I said f of x is equal to the square root of the absolute value of x minus 3.
We will have, you know,t is equal to the square root of y, and it becomes a lot more complicated, so let's just use this.
And we could write, then, that a is equal to the square root of 784.
This is equal to the square root, open parentheses, of this over here is c plus a squared minus b squared, over 4.
Let's say f of x is equal to the square root of x minus 3.
It's equal to the square root of 3 times the square root of cosine squared, so times cosine of theta.
So the hypotenous is equal to the square root of 65.
This is equal to the square root of 5 times 2 squared, which is 4, times the square root of 2 squared, which is 2. And then minus 8.
Or we can say that h is equal to the square root of 65.
So h is going to be equal to the square root of all this business in there-- I will switch the colors-- of a squared minus c squared plus a squared minus b squared-- all of that squared.
Is equal to 1 squared, 1 is equal to the square root of 1.
Because we're dealing with distances, you can't have a negative square root, or a negative distance here. Andwe get a is equal to the square root of 115.
So if you take the square root of both sides you get the length of y times the length of x is greater than or equal to the square root of this.
So this whole thing just simplifies to the square root of 4, which is just 2.
If the simple hydrogen atoms in a molecule are replaced by deuterium atoms then the molecule's shape is unaffected but its vibration frequencies are reduced substantially,roughly by a factor equal to the square root of 1/2.
So in either case,we have g of x is equal to the square root of x squared plus 1.
Let me rewrite it over here. c squared is equal to 130, orwe could say that c is equal to the square root of 130.
Based on Bernoulli's principle,the gas flow is proportional to the square root of the pressure difference between the inside and outside of the tube.