courbe

droite d'équation y=k

Coordonnées

trace

C = (22, -1)
D = (13, -1)
j = Ray(D, C)
A = (13, 5)
B = (22, 5)
poly1, a, b, c, d = Polygon(D, A, B, C)
e = Ray(A, B)
M = Point(e)
h = OrthogonalLine(M, b)
f = Circle(A, M)
i = Ray(A, D)
g = Circle(M, A)
P = Intersect(g, h, 1)
N = Intersect(f, i)
H = Intersect(h, j)
poly2, f_1, g_1, h_1, a_1 = Polygon(N, P, H, D)
poly3, e_1, h_2, d_1, c_1 = Polygon(M, H, C, B)
poly4, f_2, g_2, e_2, c_2, d_2, a_2 = Polygon(N, P, M, B, C, D)
texte1: "Aire de  " + (Name[N]) + (Name[P]) + (Name[H]) + (Name[D]) + " = " + poly2
Textepoly4: "Aire de  " + (Name[N]) + (Name[P]) + (Name[M]) + (Name[B]) + (Name[C]) + (Name[D]) + " = " + poly4
BE = Distance(A, M)
T: (BE, poly3 + poly2)
f1 = Function(Distance[D, A] * Distance[D, C] - x^(2), 0, Distance[D, A])
f3 = Function(x^(2) - Distance[D, A] * Distance[D, C], Distance[D, C], 100)
f2 = Function(x^(2) - 2 * Distance[D, A] * x + Distance[D, A] * Distance[D, C], Distance[D, A], Distance[D, C])
k = false
I = Point(yAxis)
J = Point(yAxis)
l = Line(I, J)
K = Point(l)
m = OrthogonalLine(K, l)
n = false
t1: "aire de NPMBCD = " + (poly2 + poly3) + " cm²"
t2: "Longueur AM =" + (Distance[A, M]) + " cm"
"Longueur BE =" + (Distance[A, M]) + " cm": "Longueur AM =" + (Distance[A, M]) + " cm"
p = OrthogonalLine(T, xAxis)
q = OrthogonalLine(T, p)
E = Intersect(q, yAxis)
F = Intersect(p, xAxis)
r = Segment(E, T)
s = Segment(T, F)
texte2: "" + (x(T))
texte3: "" + (y(T))
o = false
Z: T
t = false