Numbers, functions and transcendent symbols.



Feature numbers [co-prime graceli] of 3:06 alternating sequence.


X / 3 =


The two graceli numbers pi, are transcendent.



The hypotenuse is transcendental in most cases when compared to the sum of the square or cube of the legs.



Proportionality increases as the distance of the legs, and increases as the square to cube of 3, 4, d 4 to 5, so infinitely.



Theory of symbols graceli. The symbols can represent functions or even represent numbers to ceilings or be an infinitesimal. Or even an infinitesimal sequence.



Two symbols of graceli [⇔, ≁] may represent symbols of transcendental functions.


 μ Δ A, ≁ b [+, /, *] c, d ⇔ [n]. [⇔, ≁].




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The graceli co-prime numbers are transcendent.



The graceli hat is transcendental numbers. [See published on the Internet].



The average graceli of pi for all forms is a transcendental number.



Co-similar numbers of graceli are transcendental numbers. Result that has equal numbers repeated one after another, or in pairs, and equal numbers.




Or even the product of dividend by divisor in a tiny case where the result is a transcendental number. We see this in graceli numbers to find pi.




Or, the sum of graceli number for pi to find the hypotenuse irrational [when relção the sum of square, or cube peccary]. . [g + pi] [pi * g] [g / pi] [g≁] [⇔pi g] [g ⇔ [+, /, *] ≁pi].




In pi average if pi is possible to have flat shapes and forms also variable in relation to time or n-dimension [geometry from pi]. [See published on the Internet by graceli].




Note . reading the graceli work you will see other transcendental numbers of graceli.




Symbol graceli = ≁.


That is, a divisional system progressions between elements.
P p ≁
1, 2, 3, .............. ≁ 1,3, 6 ..........
1, 3, 6.
2.6 12.
3, 9, 24



Symbol graceli = ≁.
That is, a divisional system progressions between elements.
P p ≁
1, 2, 3, .............. ≁ 1,3, 6 ..........
1, 0.3333, 0.166666666
2, .66666, 0.333333333



pw⇔ [≁] py.



2⇔3 =
2 * 3 = 6.
2/3 = 0.66666
3/2 = 1.5
1.5 + 0.666 = 2.16666

6 / 2.1666 = 2.769






Graceli theory of infinitesimal zeros.

x ≡ X (mod.m) m = m1m2m3 ... min-1 mn / mn-1 - [1/10] - [1/100] - [1/1000], [n]


x ≡ X (mod.m) m = m1m2m3 ... min-1 mn / mn-1 - [1 / 10.1] - [1 / 100.1] - [1 / 1000.1], [ n]


x ≡ X (mod.m) m = m1m2m3 ... min-1 mn / mn-1 - [1/10 / p] - [1/100 / p] - [1/1000 / p] [ n].


x ≡ X (mod.m) m m1m2m3 ... mn = mn-1 / MN-1 - [1/10/3] - [1 / 100.3] - [1 / 1000.3], [ n]