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Koordinatensystem

X1 = (-3.37, -1.73)
Y1 = (-5.45, 0.19)
X1_{1} = NaN
g(x) = y(X1)
gl1: x = x(Y1)
O = Intersect(g, gl1)
e1: x(X1) - x(O)
e2: y(Y1) - y(O)
X2: O + (2 * (e1, 0))
X3: O + (3 * (e1, 0))
X4: O + (4 * (e1, 0))
X5: O + (5 * (e1, 0))
Y2: O + (2 * (0, e2))
Y3: O + (3 * (0, e2))
Y4: O + (4 * (0, e2))
Y5: O + (5 * (0, e2))
k = false
a = -4 (slider from -4 to 4, step 2)
f(x) = (1 / 8 * (x^(4) - (a * x^(3)) + (4 * a)))
h1(x) = (1 / 8 * (x^(4) - (-4 * x^(3)) + (4 * (-4))))
h2(x) = (1 / 8 * (x^(4) - (-2 * x^(3)) + (4 * (-2))))
h3(x) = (1 / 8 * (x^(4) - (0 * x^(3)) + (4 * 0)))
h4(x) = (1 / 8 * (x^(4) - (2 * x^(3)) + (4 * 2)))
h5(x) = (1 / 8 * (x^(4) - (4 * x^(3)) + (4 * 4)))