Examples of using A square root in English and their translations into Arabic
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Colloquial
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Political
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Ecclesiastic
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Ecclesiastic
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Computer
I'm a square root"".
It's going to have a square root.
Is a square root of three.
Any x greater than 0 will have a square root.
Is a square root, but so is negative 3.
People also translate
Or"What if there were a square root of negative 1?".
You could factor more if we were trying to do the fourth root or something like that,but we want to just do a square root.
I could put a square root of 2 there.
Now, instead of an x, we just have a square root of 2.
Oh good, I see a square root of 89 there already.
However, please note, that the dependence on energy is a square root relationship.
Can we take a square root of a negative number?
Leave this expression as a square root of 5.
You can't take a square root of a negative sign if you're doing with real numbers.
Left hand side--is equal to4a squared plus 4a times a square root of x minus f squared plus y squared.
By definition, a square root is something-- A square root of 9 is a number that, if you square it, equals 9.
So the square root of this is plus or minus 16, but then a square root of at least a plus 16 is plus or minus 4.
We don't have a square root yet, but we haven't taken the square root of both sides of this equation, so let's do that.
We learned in the imaginary numbers video, that hopefully you have watched,that every now and then in certain equations you end up with a square root of a negative number.
And then you're taking a square root of a negative number.
Well here once again we have a square root here, so we could say this is equal to one half times log base two of thirty-two.
For example, in Saudi Arabia a square root like is represented as in RTL mode.
We have that plus or minus because a square root could actually be a positive or a negative number.
So that's the answer, because you can't take a square root of a negative number and stay in the set of real numbers.
Once again, this is not a polynomial, because it has a square root in it, which is essentially raising something to the 1/2 power.
If we're dealing with real numbers, we can't take a square root of a negative number, so this means that we have no real solutions.
Note how expert Harriot is in completing the square, knowing that whenever he takes a square root there are two answers to consider, and treating all answers equally whether positive or negative, real or imaginary.
The square root of a squared is a. .
Another square root of a three.
And then that simplifies the idea of taking a negative square root.