EQUAÇÕES GRACELI [25]

(λ)

COS A [ $\chi (S)=V-A+F\,$ $\Phi \,\!$ $\Phi \,\!$ ] [MF] + [T/ t] / R] + SEN B [ $\chi (S)=V-A+F\,$ $\Phi \,\!$ $\Phi \,\!$ ] [MF] + [T/ t] / R] =

COS A $\zeta (s)$ [ $\chi (S)=V-A+F\,$ $\Phi \,\!$ $\Phi \,\!$ ] [MF] + [T/ t] / R] + SEN B $\zeta (s)$ [ $\chi (S)=V-A+F\,$ $\Phi \,\!$ $\Phi \,\!$ ] [MF] + [T/ t] / R] =

COS A $\Gamma (z)$ [ $\chi (S)=V-A+F\,$ $\Phi \,\!$ $\Phi \,\!$ ] [MF] + [T/ t] / R] + SEN B $\Gamma (z)$ [ $\chi (S)=V-A+F\,$ $\Phi \,\!$ $\Phi \,\!$ ] [MF] + [T/ t] / R] =

COS A $\psi _{n}(z)$ [ $\chi (S)=V-A+F\,$ $\Phi \,\!$ $\Phi \,\!$ ] [MF] + [T/ t] / R] + SEN B $\psi _{n}(z)$ [ $\chi (S)=V-A+F\,$ $\Phi \,\!$ $\Phi \,\!$ ] [MF] + [T/ t] / R] =

COS A $\operatorname {Li} _{s}(z)$ [ $\chi (S)=V-A+F\,$ $\Phi \,\!$ $\Phi \,\!$ ] [MF] + [T/ t] / R] + SEN B $\operatorname {Li} _{s}(z)$ [ $\chi (S)=V-A+F\,$ $\Phi \,\!$ $\Phi \,\!$ ] [MF] + [T/ t] / R] =

COS A $B_{n}$ [ $\chi (S)=V-A+F\,$ $\Phi \,\!$ $\Phi \,\!$ ] [MF] + [T/ t] / R] + SEN B $B_{n}$ [ $\chi (S)=V-A+F\,$ $\Phi \,\!$ $\Phi \,\!$ ] [MF] + [T/ t] / R] =

COS A $n \choose k$ [ $\chi (S)=V-A+F\,$ $\Phi \,\!$ $\Phi \,\!$ ] [MF] + [T/ t] / R] + SEN B $n \choose k$ [ $\chi (S)=V-A+F\,$ $\Phi \,\!$ $\Phi \,\!$ ] [MF] + [T/ t] / R] =

TOPOLOGIA FÍSICA -ALGÉBRICA GRACELI. [TOPOGEOMETRIA GRACELI.

característica de GRACELI de uma superfície característica de GRACELI de uma superfície $S\,$

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EQUAÇÕES GRACELI [25]

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