links der y-Achse

rechts der y-Achse

keine 
innere Nullstelle

Testpunkt

e = 3
ga: x + y = (2 * e)
gb: x - y = (2 * e)
gc: (-x) + y = (2 * e)
ua(x, y) = x + y ≥ 6
ub(x, y) = x - y ≤ 6
uc(x, y) = (-x) + y ≤ 6
H1 = Point(gc)
H2 = Point(gb)
E_c: (0, (2 * e))
E_b: ((2 * e), 0)
Vieleck1, e_c, e_b, h2, h1 = Polygon(E_c, E_b, H2, H1)
E_1: ((-e), 0)
E_2: (e, 0)
T = (3.796041666666672, 5.81875)
c = Circle(E_1, y(T))
d = Circle(E_2, x(T))
Pts, Pt = Intersect(d, c)
f: y = x
k = 4.7
g(x) = k^(2) / x
a = false
i: (x^(2) + y^(2))^(2) - ((2 * e^(2)) * (x^(2) - y^(2))) = 2.5^(4) - e^(4)
j: (x^(2) + y^(2))^(2) - ((2 * e^(2)) * (x^(2) - y^(2))) = 2.9^(4) - e^(4)
l: (x^(2) + y^(2))^(2) - ((2 * e^(2)) * (x^(2) - y^(2))) = 3^(4) - e^(4)
m: (x^(2) + y^(2))^(2) - ((2 * e^(2)) * (x^(2) - y^(2))) = 3.1^(4) - e^(4)
n: (x^(2) + y^(2))^(2) - ((2 * e^(2)) * (x^(2) - y^(2))) = 4.2^(4) - e^(4)
h: (x^(2) + y^(2))^(2) - ((2 * e^(2)) * (x^(2) - y^(2))) = 4.7^(4) - e^(4)
p: (y * x) = 2.9^(2)
q: (y * x) = 2.5
r: (x * y) = 3^(2)
s: (x * y) = 3.1^(2)
t: x = 4.2^(2)
c_1: (x * y) = 4.2^(2)