Is zero an imaginary number?

However, to create an easier method for creating and maintaining a number line, you must have the 0... Imaginary or not.

Example:

/HUNDREDS/TENS/ONES/
/1/2/0/

To say that the number is one hundred and twenty, you would be correct. However, to remove the 0 you would have:


/HUNDREDS/TENS/ONES/
/1/2//

Which, when seen on paper without all of the layouts would be:

12

Easily confused for the number: 12, but is actually equal in value to 120. The problem with not having 0 is that numbers would be very limited. You must be able to apply value to place easily, and efficiently, without confusion.

0, though a valueless number, is actually quite great in importance. IMAGINARY OR NOT, the integer is used to create a value, or lack thereof.

It is basically the wild card of numbers.

 

Okay, in base 10, we are in fact required to use 0's to hold our place and to represent 120. But what about, let's say, in base 7?

|7^2||7^1||1|
| 2 || 4 ||1|

So, where is the 0 here? Not present, so...just something to think about - it's not 100% essential for numeric calculations. What is essential to recognize, however, is that x^0 is 1, as this ultimately has a huge impact on place value.

 

That is not zero itself, that is a plastic key with ink drawn in an elliptical fashion upon it.

Thanks.

Zero, and all numbers, are an abstraction. They are a useful reference point when we talk about reality. Five does not exist, but five rocks do. 200 does not exist, but 200 men do.

Please read Plato's theory of Forms.

 

Okay. Shall we call the outcome of this debate a draw?

 

I'm not sure what your side of the argument is. Mine is that a number does not exist in itself, but only in that the concept can be applied to reality. What's yours?

 

Well, as the purpose of this thread *was* originally for MATHEMATICS, not in the field of nature, my argument is that 0 is a real, not-imaginary, number.

As for zero existing in nature, I definitely see your point that nature APPROACHES zero, but can never reach it. And that it's a concept applied to reality.

 

good question but think about it if we dont believe in somthing than what is there to believe in

 

Elaborate por favor? I think I'm missing your point...mind explaining it to me?

 

No its not since it has an important part in numbers and sometimes helps people learn numbers easier

 

That has nothing to do with anything we're talking about. Youfail.org. We've already established (thanks to Shredder) that all numbers are conceptual - the square root of (-1) also has a huge part in number theory, is it imaginary? Yes.

 

Um can you be less smart and maybe speak at my level: Stupid?
And I think zero IS imaginary referring to what Shredder said...

 

-1 * -1 = 1

Well put.

 

zero is the start of positive and the ending of negative in number form so it does exist you think of it this way in temperature. the coldest point anyone has got down to in celcius is -273.15 and is called asolute zero. but measure absolute zero in calivin making it 0 degrees k proves your theory wronge

 

Fahrenheit, Celcius, and Kelvin are not numbers. They are methods of measuring temperature; we could just as easily have the state of it being 100 degrees Fahrenheit be called "it's chickenshit degrees" rather than 100. Numbers are being used here as a method of visualizing concepts, in this case the concept being the amount of heat.

 

without 0's 4 million is only 4

 

Been said...583275932 times...and again, it's been said that 4 million is a concept...it's just 1+1+1, 4 million times lol. This has nothing to do with being imaginary.

 

Based on what you guys are saying in the first page, Is everything written or spoken imaginary? I mean if you write an M down on a paper, it is only the graphical representation of the letter m, and not the real thing?

I think im going to ask my algebra II teacher about this...

 

I would agree that Zero is an imaginary number, and instead of a number, simply a point of refernece.

 

It is real, It does add a value too. Say you have the number 1 and you add a 0 it becomes 10. If you add another 0 then its 100. Get it?

 

First of all, you're retarded. If you have the number 1 and you add a 0 to it, you end up with 1+0 = 1. If you add 9 to it, on the other hand, you end up with 10. If you multiply it by 10, you end up with 10. If you multiply it by 100, you get 100. I'm sure you won't understand this, but what about i? It changes the "value" of numbers, for example:

(2)^2 = 1
(2i)^2 = -4

Anyways, this argument has been made a gajillion times. Place value has nothing to do with the number being imaginary or not. Have you ever heard of other bases?