1cm

1cm

un cercle

le cercle

le cercle

le cercle

de centre

de centre

de centre

A

B

C

D

de rayon

de rayon

de rayon

de diamètre

1cm

1cm

[BA]

[AB]

et 

et

et

un disque

le disque

une corde

un diamètre

le centre du cercle

un  rayon

un arc de cercle

le diamètre

le rayon

un rond

Déplacer les étiquettes pour compléter la légende :

Mireille Buonanno    Groupe UPO Lyon

A_1 = (2.64, 2.42)
B_1 = (3.8, 4.38)
c = Circle(A_1, B_1)
a = Segment(A_1, B_1)
C_1 = Point(c)
b = Line(A_1, C_1)
D_2 = Intersect(c, b, 2)
d = Segment(D_2, C_1)
E = Point(c)
F = Point(c)
e = Segment(E, F)
G = Point(c)
H = Point(c)
I = Point(c)
f = CircumcircleArc(G, H, I)
J = (0.3, -0.18)
K_1 = Point(e)
u = Vector(J, K_1)
L = (2.62, -0.5)
M = Point(d)
v = Vector(L, M)
N = (5.92, 4.3)
O = Point(a)
w = Vector(N, O)
P = (5.44, 0.14)
Q = Point(f)
z = Vector(P, Q)
R = (6.28, 2.32)
g = Vector(R, A_1)
h_1 = 11
i_1 = 20
A = (13.2, 4.04)
k = Circle(A, 0.8)
B = Point(k)
j = Segment(A, B)
C = (13.26, 1.8)
p = Circle(C, 1)
W = Point(p)
l = Segment(C, W)
K = (13.28, -0.42)
D = (13.26, -2.58)
r = Circle(D, 0.5)
Z = (13.32, -4.62)
D_1 = Point(r)
m = Line(D, D_1)
E_1 = Intersect(r, m, 2)
n = Segment(E_1, D_1)
s = Circle(Z, 0.7)
q = Circle(K, 0.7)
V = (14.94, 4.12)
F_1 = (14.1, 4.1)
t = Vector(V, F_1)
V_1 = (15.18, 1.92)
F_2 = (14.34, 1.9)
t_1 = Vector(V_1, F_2)
V_2 = (14.86, -0.48)
F_3 = (14.02, -0.5)
t_2 = Vector(V_2, F_3)
V_3 = (14.64, -2.58)
F_4 = (13.8, -2.6)
t_3 = Vector(V_3, F_4)
V_4 = (14.88, -4.64)
F_5 = (14.04, -4.66)
t_4 = Vector(V_4, F_5)