Newton/Julia Fractal (1548)
f(z) = SIN(z)*SQR(z) - 0.23
Sonate K2736
Sonate K2737
Sonate K2738
Newton/Julia Fractal (1549)
f(z) = (z-z^3/6)*SQR(z) - 0.23
Polynomial expansion of sin(z)
Sonate K2740
Sonate K2741
Sonate K2742
Sonate K2743
Newton/Julia Fractal (1550)
f(z) = z*(1-z^2/(PI)^2)*(1-z^2/(2*PI)^2)*SQR(z) - 0.23
Euler product of sin(z)
Sonate K2745
Newton/Julia Fractal (1551)
f(z) = (EXP(i*z)-1/EXP(i*z))/(2*i)*SQR(z) - 0.23
Exp expression of sin(z)
Newton/Julia Fractal (1552)
f(z) = SQR(z^3+z) - 0.23
Sonate K2748
Newton/Julia Fractal (1553)
f(z) = SQR(z^3+z) - 0.23 + 0.01/z
Sonate K2750
Newton/Julia Fractal (1554)
f(z) = SQR(z^3+4*z/3) - 0.24
Sonate K2752
Newton/Julia Fractal (1555)
f(z) = SQR(z^3+4*z/3) - 0.24 + 0.01/z
Newton/Julia Fractal (1556)
f(z) = SQR(2*z^3+z) - 0.23 +0.01/z
Sonate K2755
Newton/Julia Fractal (1557)
f(z) = SQR(z^3) + 0.15
Newton/Julia Fractal (1558)
f(z) = SQR(z^5) + 0.327