a new aproach to see in another point of view thwe tangent function... read more
My view of science
Publications made in the clearest and most synthesized way possible (numerical language is international). Choose the one you want to visit. They may contain bugs, so if you spot any, please let me know
TAYLOR SERIES
a new approach to some functions using taylor series... read more
CONTINUATION OF BINOMIALS WITH EXPONENT FRACTIONARY V
Keeping on with binomials with exponent fractionary, this time I propose an example combining nº terms, nº exponents, nº coefficients, that works...
POLINOMIAL APPROACH
Using an unknown coefficient (e) located whatever in a so-called polinomial (of thirth, fourth, etc.. degrees). Then, apply both the Taylor Serie...
TAYLOR SERIE OF A LOGARITMIC FUNCTION
Using The Taylor Serie to discover others paths of represent non-obvious functions such as f(x)=Ln(Sinx)... read more
TRIANGULAR AND INVERSE INEQUALITIES
Leading some information about vectors and algebra that have utility in solving "contour integrals", distances of vectors, or whatever... read more
FUNCTION WITH EXPONENTS
A pencil-made method to represent the Taylor Serie of a function: y=(e^-ax)/1-e^-ax)... read more
“NORMAL VECTOR” RESPECT TO A PLANE
"Give light to" some algebra concepts; normal vectors, unitary vectors, canonic basis... read more
TAYLOR SERIES IN PARTIAL DERIVATIVES
According to the expression of Taylor Series upon partial derivatives we can make a fusion of both to obtain elegan equalities... read more
APOTHEMAS AND AREAS OF DIFFERENT FIGURES
Curious method that bonds the volume derivative with its area (enhances all the figures I can imagine only by enrolling its apotheme in a specific...
CALCULUS OF ARCLENGTH, SURFACES…
A complex system of calculus (as usuall) in which dimensions are responsible in order to find the correct expression of Lines, Surfaces, Volumes......
FACTORIAL
Tricky equalities in the " field" of factorials. They are uncommon but mathematically true... read more
RESPECT TO CAOS
A sequence of equalities extracted from Perron- Frobenius in which I make up my mind to assimilate the results of probability by using quantum...
APOTEMA
How to calculate areas of closed surfaces using an "apotema's rule". It's an extract of a theorem in which Area'(s)= r.Length(s) where r= radius and...
CTNTS UNIVERSE
Some constants such as radius, nº total of charged particles (assuming that universe is neutral)... using easy and approximate classical formulas......
