Go back
Square root of minus one

Square root of minus one

Posers and Puzzles

Vote Up
Vote Down

Correct - rather nice I think.

Vote Up
Vote Down

Originally posted by wolfgang59
Correct - rather nice I think.
I don't think it's as nice as the other result. After all, with i^i you have an answer that isn't complex so, in that sense, I find it an elegant result.

Of course, "nice" is not a mathematical term. 🙂

Vote Up
Vote Down

Originally posted by Palynka
I don't think it's as nice as the other result. After all, with i^i you have an answer that isn't complex so, in that sense, I find it an elegant result.

Of course, "nice" is not a mathematical term. 🙂
What is nicer, n!=1x2x...xn or sqrt(2*Pi*n)*((n^n)/(e^n))?

Vote Up
Vote Down

Originally posted by genius
What is nicer, n!=1x2x...xn or sqrt(2*Pi*n)*((n^n)/(e^n))?
What does that have to do with anything?

The answer to this second problem requires an expression that depends on i, while the first one has an answer defined in Real numbers. That's the difference.

+-(1 + i)/sqrt(2) doesn't seem much different than leaving it as sqrt(i).

Vote Up
Vote Down

Originally posted by Palynka
What does that have to do with anything?

The answer to this second problem requires an expression that depends on i, while the first one has an answer defined in Real numbers. That's the difference.

+-(1 + i)/sqrt(2) doesn't seem much different than leaving it as sqrt(i).
the first looks nice, visually, while the second is much easier to see the value churned out, and easier to work with. They are approximatly equal, for large n.

Vote Up
Vote Down

Originally posted by genius
the first looks nice, visually, while the second is much easier to see the value churned out, and easier to work with. They are approximatly equal, for large n.
I'm sorry, but I still don't understand what your point is...

Vote Up
Vote Down

Originally posted by Palynka
I'm sorry, but I still don't understand what your point is...
Eessentially, that "nice" isn't a mathematical term...

Vote Up
Vote Down

Originally posted by genius
Eessentially, that "nice" isn't a mathematical term...
No, but I think there is beauty in some mathematical results. And beauty is not a mathematical term, either.

Cookies help us deliver our Services. By using our Services or clicking I agree, you agree to our use of cookies. Learn More.