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Chapitre 2 - Exercice 102

Déplacer le point M à la souris.

Cliquer ici pour faire apparaître le graphique

A = (0, 0)
B = (8, 0)
C = (8, 3)
D = (0, 5)
a = Segment(A, B)
M = Point(a)
poly1, m, d, a_1 = Polygon(D, A, M)
poly2, c, d_1, m_1 = Polygon(D, M, C)
poly3, m_2, c_1, b = Polygon(C, B, M)
texte4: "x = AM = " + (Distance[A, M])
E = (9.995510466466792, -0.7871572806093521)
F = (9.995510466466792, 11.513133457580421)
u = Vector(E, F)
G = Point(xAxis)
H = Point(xAxis)
v = Vector(G, H)
L_1 = Sequence((k, 0.0), k, 11.0, 18.0)
e = Segment(A, M)
R: (10.0 + e, poly1 / 2.0)
S: (10.0 + e, poly2 / 2.0)
T: (10.0 + e, poly3 / 2.0)
L_2 = Sequence((10.0, k), k, 0.5, 11.0, 0.5)
O = (10, 0)
N: (10.0 + e, 0.0)
f = Segment(S, N)
g = Segment(R, N)
lieu1 = Locus(T, M)
lieu2 = Locus(R, M)
lieu3 = Locus(S, M)
texte5: "x =" + e
R': (10.0, poly1 / 2.0)
S': (10.0, poly2 / 2.0)
T': (10.0, poly3 / 2.0)
h = Segment(S, S')
i = Segment(T, T')
j = Segment(R, R')
texte8: poly1 + ""
texte9: poly2 + ""
texte10: poly3 + ""
k = false
I = Midpoint(A, M)
texte13: "x=" + e
texte1: "aire(AMD) ≅ " + poly1
texte2: "aire(DMC) ≅ " + poly2
texte3: "aire(BMC) ≅ " + poly3