Newton/Julia Fractal (877)
f(z) = z - (z^4+z^3+z^2+z+1)/(5/3*z^3+25*?(?(z^2))+9*z+1)
Sonate K1154
Sonate K1155 Structure du Noyau
Newton/Julia Fractal (878)
f(z) = z - (z^4+z^3+z^2+z+1)/(5/3*z^3+25*?(?(z^2))+2*z+1) Feux d'artifice Sombres
Sonate K1157 Le Pouvoir de l'art qui jaillit
Newton/Julia Fractal (879)
f(z) = z - (z^4+z^3+z^2+z+1)/(5/3*z^3+25*?(?(z^2))+2*z+1)
Sonate K1159
Sonate K1160 Chaînes Multiples
Sonate K1161
Newton/Julia Fractal (880)
f(z) = z - (z^4+z^3+z^2+z+1)/(5/3*z^3+25*?(?(z^2))+9*z+1)
Sonate K1163 Les deux poumons
Sonate K1164
Sonate K1165
Newton/Julia Fractal (881)
f(z) = z - (z^4+z^3+z^2+z+1)/(5/3*z^3+25*?(z^2)+1/2*z+1) Application bilinéaire
Newton/Julia Fractal (882)
f(z) = z - (z^4+z^3+z^2+z+1)/(5/3*z^3+25*?(z^2)+9*z+1) Application bilinéaire
Diagramme représentatif d'une application entre deux ensembles
Newton/Julia Fractal (883)
f(z) = z - (z^4+z^3+z^2+z+1)/(5/3*z^3+25*?(z^2)+5.21*z+1) Deux lune dans le ciel
Newton/Julia Fractal (884)
f(z) = z - (z^4+z^3+z^2+z+1)/(5/3*z^3+25*?(z^2)+11.11*z+1)
Sonate K1170