Examples of using Cube root in English and their translations into Portuguese
{-}
-
Colloquial
-
Official
-
Medicine
-
Financial
-
Ecclesiastic
-
Ecclesiastic
-
Computer
-
Official/political
So the cube root of -1 is -1.
Therefore I say:let's use the cube root.
The cube root of the wavelength.
We knew it was the cube root of unity.
Cube root function and its inverse.
We are asked to find the cube root of -512.
As the cube root of 8 times 8 times 8.
Math. cbrt(x) Returns the cube root of a number.
Cube root looks sort of like this.
Or you could say that the cube root of 8 is 2.
Man, that cube root was a real buzzer-beater, Clyde.
Someone threw out the question: What is the cube root of 64?
Times the cube root, the cube root of 8 times 8 times 8.
This is because scale is proportional to the cube root of weight.
If this definition is used, the cube root of a negative number is a negative number.
And that by itself should give you a clue of what the cube root is.
Z[ω](where ω is a primitive(non-real) cube root of unity), the ring of Eisenstein integers.
This is the same thing as-- I could write it over here-- x is equal to the cube root of 1.
The cube root of the exothermic energon yield Delta"E" violates clank's law of energon conservation.
I propose instead to pay each artist according to the cube root of his or her popularity.
They use an abacus to perform the mathematical functions multiplication, division, addition, subtraction,square root and cube root.
To distribute tax funds to authors based on the cube root of each author's popularity.
The effect of the cube root stage would be to increase the shares of moderately popular artists by reducing the shares of superstars.
Or another way to think about it is if I have some number andit is equal to the cube root of -512.
A uniform color space utilizing an Adams Nickerson cube root formula, adopted by the CIE in 1976 for use in the measurement of small color differences.
So negative 512 thats the same thing, so let me re-write the expression this is the same thing as the cube root of negative 1 times 512.
The point is:if A is a thousand times as popular as B, with the cube root A will get ten times as much as B, not a thousand times as much, just ten times as much.
Euclidean domains are unique factorization domains; for example Z, the ring of Gaussian integers, and Z, the ring of Eisenstein integers,where ω is a cube root of unity(unequal to 1), have this property.
Which is the same thing as the cube root, which is the same thing as the cube root of -1 times the cube root of 512 and this one is pretty straight forward to answer.
So for example, if I were to ask you,what-- You could imagine this is called the cube root, or you could call it the third root of 27.
