n_0

Ha 2020

Siehe weiter rechts nach

ε = 0.08 (slider from 0 to 4, step 0.01)
h(x) = 2 - 4 / x
E = Point(h)
n: (x(E), 0)
f_1(x) = 2.09 + (4 / x * sin((((2 * x) + 1) / 2 * π)))
g(x) = 2.09 + 4 / x
p: y = 2.045
q: y = 2.045 + ε
r: y = 2.045 - ε
A = Intersect(q, yAxis)
B = Intersect(r, yAxis)
C = Point(r)
D = Point(q)
v1, i, j, k, l = Polygon(A, B, C, D)
G: (0, 2)
m = Segment(E, n)
f_2(x) = 2 + (4 / x * sin((((2 * x) + 1) / 2 * π)))
l1 = Sequence((n, f_1(n)), n, 2, 70, 2)
l2 = Sequence((n, f_2(n)), n, 3, 70, 2)
F = (16.598765593204284, 1.7340731700188603)
H = (-1.9700000000000009, 3.331999999999996)
I = (-0.27000000000000024, 3.331999999999996)