V(x) = (29.7 - 2x)(21 - 2x) x

hochklappen

x

V(x) = (29.7 - 2x)(21 - 2x) x

f(x) = (((29.7 - (2 * x)) * (21 - (2 * x))) * x)
M = Point(Circle[(0, 0), 10.5])
basis = Segment((0, 0), (0.2 * M))
X = Point(basis)
A: (0, 0)
B: (6, 0)
C: (6, 4.2)
D: (0, 4.2)
t: x(X)
A1: (t, t)
B1: (6 - t, t)
C1: (6 - t, 4.2 - t)
D1: (t, 4.2 - t)
A': A
B': B
k: 1 / sqrt(2)
T = Surface((u + (0.433 * v), (0.3 * v)), u, -10, 10, v, -10, 10)
D': T(D)
C': T(C)
A1': T(A1)
B1': T(B1)
C1': T(C1)
D1': T(D1)
f_{3} = Line(A', D')
g = Line(D1', C1')
h = Line(A1', B1')
i = Line(B', C')
j = Line(A1', D1')
l = Line(B1', C1')
K = Intersect(f_{3}, g)
L = Intersect(f_{3}, h)
E = Intersect(j, xAxis)
m = Line(D', C')
J = Intersect(m, j)
I = Intersect(m, l)
H = Intersect(i, g)
G = Intersect(i, h)
F = Intersect(l, xAxis)
boden, a1', b1', c1', d1' = Polygon(A1', B1', C1', D1')
linksunten, l_1, n, p, k_1 = Polygon(L, A1', D1', K)
vorneunten, e, f_1, q, r = Polygon(E, F, B1', A1')
rechtsunten, a, g_1, h_1, b = Polygon(B1', G, H, C1')
hintenunten, c, d, i_1, j_1 = Polygon(D1', C1', I, J)
eckeA, a', e_1, m_1, l_2 = Polygon(A', E, A1', L)
eckeB, f_2, b', g_2, n_1 = Polygon(F, B', G, B1')
eckeC, p_1, h_2, c', i_2 = Polygon(C1', H, C', I)
eckeD, k_2, q_1, j_2, d' = Polygon(K, D1', J, D')
A1'': A1' + (0, t)
B1'': B1' + (0, t)
C1'': C1' + (0, t)
D1'': D1' + (0, t)
vornehoch, r_1, s_1, b1'', a1'' = Polygon(A1', B1', B1'', A1'')
rechtshoch, t_1, a_1, c1'', b_1 = Polygon(B1', C1', C1'', B1'')
hintenhoch, c_1, d_1, m_2, d1'' = Polygon(D1', C1', C1'', D1'')
linkshoch, n_2, p_2, q_2, r_2 = Polygon(A1', D1', D1'', A1'')
o = false
Text1: "x = " + ((5 * t)) + ""
s_2 = Segment(A, X)
V: ((5 * t), f((5 * t)))
Q: (x(V), 0)
Text2: "V(x) = " + (f((5 * t))) + ""
f0(x) = If[0 < x < 10.5, f(x)]
f00(x) = If[x ≤ 0, f(x), If[x ≥ 10.5, f(x)]]