How to pronounce “square root” in English

A square root of minus 1.

the square root of b squared minus 4ac, which is probably how you would read the math as well.

So 10 by square root of 2 is like 14 point something.

Things like the square root of minus 1.

And I take the square root.

And those heuristic contain a nasty square root computation.

It's actually a constant times the square root of the cube of the distance.

Which if you work out is actually square root of 50.

It only works for step sizes up to the square root of X or X to the one half.

Since the force on each side was F over the square root of two, these beams get double that.

And then he remembered from his high school days that the square root of 9 is not just 3-- because 3 times 3 is 9, but also minus 3,

Because the square root algorithms for example.

And then you see this-- if you take the square root of that-- I have one person who touches these stoves.

So I say, the square root is omega to the power 0.5.

And I can define the hypotenuse as the square root of the Inner Product with power.

What is the square root of pi?

Now, if we take the square root of both sides, we get an expression for the energy of a particle in terms of its mass and momentum.

But really, when we took the square root, we should have put a plus/minus out front, which would give us two curves:

So the west side and north side are hit by the force divided by the square root of two.

So i is the square root of negative 1, right?

So does it scale up like multiplier or does it scale up like square root, as various things in statistics scale up?

"Results are presented from searches for the standard model Higgs boson proton-proton collisions at square root of s equals 7 and 8 TeV in the Compact Muon Solenoid".

Say you wanted to find all the prime numbers up to 10 billion, then using the square root method, you would need to sieve up to the square root of 10 billion,

So for example, if I take a number and I multiply by the square root of 2 and I take the integer part of that.

And in the process of doing so-- he was doing some mathematical derivations-- he had to encounter an operation of square root.

So just as I said, whenever you take the square root, you have a positive branch and a negative branch.

And you only need to-- when doing the sieve, go to the square root of the number that you're seiving which is root of 100 which is 10.

handshake, and it must be real because it's got a square root and squares in it.

You can give him any number and he can get the square root; and he just can and he always has been able to do that.

I took the standard deviation of them all right so it's just a variance stand square root of variance of of stock

- So, Eratosthenes, has this idea that you only need to sieve out the primes that are at most square root, the size of the number.

Now in general, if we keep the sieve going up to some prime P, which is less than the square root of N,

- And so what Brun eventually realized is that if you weaken the sieve, if you don't sieve all the way up to square root X,

That's any number, positive, negative, whole, fraction, even irrational like pi or the square root of two.

But then also, we have the algebraic numbers like the square root of 2 or the cube root of 5 and so on.

Although, you know, I don't know, square root of two is pretty - Square root.

And yet when you start writing down the physics of electrons, for example, it's got the square root of minus 1 sitting in there.

So you have imaginary number-- so somebody decided, well, what if I take the square root of minus 1?

So the only way I could imagine, for example, proving the universe is infinite is like we prove the irrationality of the square root of 2.

And even then, they were just introducing handheld calculators, where just point one button, you get the square root, made that skill instantly obsolete.

So, yes, you'd be in the dark if you had to calculate a square root without a calculator.

I found out after I published the manifesto, that it's also used for the golden ratio, 1 plus the square root of 5