algemetric system graceli 8.

p / pP [n] [+,/ ] w/ sen s + cós c / [p] ∞ = siG [a], / [ p / pP [+,/ ] w/ sen s + cós c / [p] ∞[n] ] =siG [b] [n]

log x / x [n]k cc [p/pP]∞ , k cx [p/pP = siG [a], / [log x / x [n]k cc [p/pP]∞ , k cx [p/pP = siG [b],] [n]

\scriptstyle \sqrt{x}.

p / pP [+,/ ] w/ sen s + cós c / [p] ∞ [n] = siG [a], /

\scriptstyle \sqrt{x}.

[ p / pP [+,/ ] w/ sen s + cós c / [p] ∞ [n] ] =siG [b] [n]

\scriptstyle \sqrt{x}.

*. log x / x [n][ lt [w a q[nd, Fo]],], LG [u a k [nd, Fo]], AL [h a g[nd, Fo]],] [rx] ] [n], [ a, w, p, p/pP]. [ acq,] = siG [a], /

\scriptstyle \sqrt{x}.

* [log x / x [n][ lt [w a q[nd, Fo]],], LG [u a k [nd, Fo]], AL [h a g[nd, Fo]],] [rx] ] [n], [ a, w, p, p/pP]. [ acq,] = siG [b],] [n]

\scriptstyle \sqrt{x}.

*. log x / x [n]R / pi = siG [a], /

\scriptstyle \sqrt{x}.

* [log x / x [n]R / pi = siG [b],]

\scriptstyle \sqrt{x}.

p / pP [n] R / pi= siG [c], [n]

outro caminho para funções dentro de funções.

\displaystyle S(q) = \int_a^b L(t, {q(t)}, {q'(t)})\, \mathrm{d}t

[+,/ ] w/ sen s + cós c / [p] ∞ = ∞

\displaystyle S(q) = \int_a^b L(t, {q(t)}, {q'(t)})\, \mathrm{d}t

[+,/ ] k cc [p/pP]∞ , k cx [p/pP]∞= ∞

\displaystyle S(q) = \int_a^b L(t, {q(t)}, {q'(t)})\, \mathrm{d}t

[+,/ ] g, g fo [[p/pP] ∞, =p , p = d/t /c = ∞.

\displaystyle S(q) = \int_a^b L(t, {q(t)}, {q'(t)})\, \mathrm{d}t

[+,/ ] R / pi = w, w/ sen s + cós c / [p] ∞ = k, k cc [p/pP]∞ , k cx [p/pP]∞= g, g fo [[p/pP] ∞, =p , p = d/t /c = ∞.

\displaystyle S(q) = \int_a^b L(t, {q(t)}, {q'(t)})\, \mathrm{d}t

[+,/ ] { r+ i pr [lx] / t. [ lt [w a q[nd, Fo]],], LG [u a k [nd, Fo]], AL [h a g[nd, Fo]],] [rx] ] [n], [ a, w, p, p/pP]. [ acq,] },= ∞

sábado, 10 de outubro de 2015