Exponentialfunktion

n

K

5000

10

E = (0, 5)
D = (0, 0)
a = Segment(D, E)
F = Point(a)
B = (6.00000000000008, -1.8000000000000154)
A = (1, -1.7999999999999998)
b = Segment(A, B)
C = Point(b)
p: floor(20 Distance[A, C] / b)
T1: "p = " + p + "%"
K_0: 100 floor(10 Distance[F, D])
T3: "K_0 = " + K_0
K = Function(Distance[D, F] (1 + p / 100)^floor(x), 0, 10.99)
L = Point(xAxis)
J = (0.01, 0)
u = Vector(J, L)
M = Point(yAxis)
v = Vector(J, M)
N = Point(xAxis)
d = Segment(J, N)
T = Point(d)
S: (x(T), K(x(T)))
P: (0, y(S))
c = Segment(P, S)
e = Segment(S, T)
T5: "" + (1000 y(S))
T6: "n = " + (floor(x(T)))
G = (0, 5)
H = (10, 0)
I = (5, 0)