Recent content by highmath

I know when you draw a function, the value of f(x) is real number always (generalization of natural (N), rational (Q), integer (Z) etc) on the Cartesian System. So the question is the number theory. o. k. I will continue with it. (1) What axioms I need to prove it? By what can I use to show...

If I know that x goes to infinity, so how can I know how the function pattern is there? What the limit help me for?

When have a function and I know by investigation of that it getting "bigger and bigger" or getting "smaller and smaller", how could I know that in infinity it continue by that way always?

I want to explain to a little child (4.5 years) what the differences between volume vs. capacity. Can you give me some tips?

(1) Is there a pi in ellipse entity?Why not or yes? (2) Is there a pi in polygons entities (e.g square)? not or yes? (3) If there is pi in some geometries and other not - What is the reason to that? (4) How cloud I know that are no hidden formula of pi in a square figure that the expression in...

What the differences between set and class?

What the differences between Field and Ring?

What is "equiform geometry" in simple words?

First of All - thanks! Can you post a picture of equiangular polygon (for example, heagox) that is not equilateral?

How can I prove that If there the only hexagon that his sides equal one to each other then it angles can't be different one from each other?

Can one explain to me the sentence: "Transitivity (or transitiveness) is a key property of both partial order relations and equivalence relations.". ...in simple words. The sentence is from Wikipedia at address: https://en.wikipedia.org/wiki/Transitive_relation

How many ways we can order numbers? Is there infinity ways to order numbers? Is there a proof of it?

1. The complex number are not ordered. Which else number are not ordered? 2. Are the infinitesimally numbers are ordered numbers? It there a difference between infinitesimally number to another infinitesimally number?

Why ln(k) when k is a possitive integer, ln(k) is a complex number?

O.K. In my words, because e with any power of any number is transcedental function... Right?