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If you can't see the seeming contradiction intuitively, then you will just have to accept that there is one.
No, that is the difference between proof and ituition, isn't it? You can't prove that there is a seeming contradiction, you can't even state it in words properly, and nobody else understands what you're talking about.
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Uh, because you made the shit-head comment that I don't know much about math? If you aren't aware of the fact that your ignorant comment was a blatant personal insult, you have a world of social skills training to undergo.
I said that your understanding of the terms IMAGINARY and REAL are typical of somebody who hasn't ever used them, or at least had them explained properly. Have you ever actually done any maths with them?
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There is a reason they are called real numbers. Do you think it is just some random word that was chosen? There are negative temperature degrees, you can owe negative amounts of money, and you can have negative amounts of money in an account. Negative numbers are real. But the square root of -1 flat out does not exist. It is only a hypothetical concept.
Yes, the term was coined by Descartes and was intended to be derogatory, because he didn't like them. That was 400 years ago and our knowledge of mathematics and physics has become extremely more advanced.
You are saying that real numbers are real because they exist in physical reality, essentially. You can use positive numbers to describe a set of similar objects.
But you must also use complex numbers to describe various aspects of reality. The mathematical formulation of quantum mechanics relies heavily on complex numbers; unless you don't think quantum physics is real, complex numbers are as real as real numbers. They're just a bit harder to find.
Fractals, too; do you think that the Mandelbrot set doesn't exist?
i can also be said to be a 90 degree anticlockwise rotation in 2D space. Are rotations not real?
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There is no square root of -1. Can you tell me what it is, aside from the letter i that is used to merely symbolize it? Can you tell me? You can't. That is why the word "imaginary" was used to describe the unit. There is no square root of a negative number.
Can you tell me what 1 - 2 is without using negative numbers?
PS
0-1
1 0
*
0-1
1 0
=
-1 0
0 -1
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Pi is something that results from the ratio of a circle's circumference to its diameter. Period. It is not some crazy number Euclid made up out of nowhere. It is REALITY. That is why we have to deal with the fact that the number is such a pain in the ass. We have no choice. Reality is what it is. Math is what it is. We only create the symbols.
It is not reality. In physical reality, the ratio of the circumference of a circle's diameter to its circumference is not exactly pi.
However, if you assume Euclid's (physically incorrect) postulates, then the only value you can possibly get for this value is 3.141...
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There is still 1 computer. That does not mean 1 is an object. Again, matter is not the only form of reality. 1 is a logical concept. The square root of -1 is an illogical concept.
Okay, I'll try to explain it by looking at the history of maths:
We used to only have positive numbers. You could add them up, multiply them, and take away small ones from big ones.
Taking away big ones from small ones was not allowed.
However, with the development of algebra, it was realised that if you create a new kind of number, -1, it creates an extremely useful consistent system which can often be used to describe physical reality.
500 years ago, we only had real numbers. You could take roots of positive numbers, but taking roots of negative numbers was not allowed.
However, with the development of complex algebra, it was realised that creating a new number, i, creates an extremely useful and consistent system which can often be used to describe physical reality.
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Fill in the blank. One time, somebody had i ________.
You can't have an imaginary number of things.
You can't have a negative number of things either.
Fill in the blank. One time, somebody had -1 ________.
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One is a vague description, and the other is an exact figure. However, if my post really is "quite long", then "quite long" exists.
Well, I disagree. The object which is quite long exists, but not quitelongness.
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I will give you the answer again in i days.
Considering we don't travel along the hypothesised imaginary time line I'll take this as meaning you can't answer.