US /skwɛr rut/
・UK /skwɛə ru:t/
The rule is, in a given domain, the square root of the number of people operating in that domain do half the productive work.
The rule is, in a given domain, the square root of the number of people operating in that domain do half the productive work.
If you want, you could think of this as broken down as a rotation by 30 degrees, followed by a stretch by a factor of square root of 5.
If you want, you could think of this as broken down as a rotation by 30 degrees, followed by a stretch by a factor of square root of 5.
but we can also write it as the square root of a squared plus b squared.
If for some reason I have some distance I wanna traverse and if I know how far West you have to go to get there and then how far North, and I happen to know these two distances then the Pythagorean theorem allows you to compute this diagonal distance, which we call C, but we can also write it as the square root of A squared plus B squared.
Okay, class, what is the square root of 144?
OK class, what is the square root of 144?
The time that passes for someone who's moving at some speed is proportional to how time is passing for someone who's not moving at that speed, and there's this funky square root down here, and what matters is the comparison of how fast that person's moving, that's what v is, as compared to the speed of light, and in that line there, and as you go faster and faster and faster, that factor of delta t prime gets longer and longer and longer, so time is passing more and more slowly.
And there's this funky square root down here.
and one imaginary number is the square root of -1, which could be rewritten as i, so "Who asked?" well.
And one imaginary number is the square root of negative one, which could be rewritten as I.
About the square root of B squared plus A squared?
>>Boy: I got the square root of B squared plus A squared.
You just said that "the square root of raspberry should be legalized."
You just said that the square root of raspberry should be legalized.
Quantum algorithms need only the square root of that time, which for large databases is a huge difference.
Quantum algorithms need only the square root of that time
he's like "oh I have to go to square root of all