Poll

Am I right?

Yes.
No.
HOW TO MATHS?

Author Topic: Mathematical Question || The Zero Root  (Read 5408 times)

You must have at least slightly above average mathematical aptitude to view this topic.















So during Geometry class I was bored, and I decided to try and calculate the zero root.

So before I get into that. First I want to explain some basic things.



Any number (Excluding zero) to the power of zero is one.
Such that:

(x represents all numbers except for zero)

x0 = 1



Another simple rule is the ability to find the converse of mathematical equations.
Such that:

22 = 4

Thus:

2√4 = 2







By using these rules I can theorize that the converse of the previous equation (x0 = 1)is as follows:

(While x still represents all real numbers excluding zero.)

0√1 = x

Mathmatical, non-undefined, ±∞

(In this case infinity does not include zero.)



Am I correct in saying this?
« Last Edit: February 17, 2011, 07:35:00 PM by Gamefandan »

forget, I'm in geometry and I didn't understand that :C



I suck at math :<

I'm not sure, but maybe it is 0.

forget, I'm in geometry and I didn't understand that :C



I suck at math :<


Wat.

I'm not sure, but maybe it is 0.


How is that possible? 00 = UNDEFINED

So the 0th root of 1 is any number but zero?
« Last Edit: April 14, 2011, 05:12:00 PM by Orion »


I just happened to get by in my math classes :S

When will these loving schools learn that grades =/= aptitude

How the forget does this apply to triangles and squares?

How the forget does this apply to triangles and squares?

So during Geometry class I was bored

BORED

IN

GEOMETRY

How the forget does this apply to triangles and squares?
Geometry is witchcraft :C


« Last Edit: February 16, 2011, 08:33:56 PM by *Magick* Mage »

take your p--no.

Anyways this sounds sort of odd for an idea you had when you were bored. But I don't see why it can't be right, I've heard something like this before.

*Implodes*

Now that I have successfully transformed Mage into a black hole, could we get back on topic?

um, try this on a calculator