Ajustad aquí los intervalos de clase.

Para adaptar la graduación al eje.

Clases

Efectivos

Q_1

Q_3

Q_1

Q_3

Médiane

FAC: Frecuencias acumuladas 
        crecientes

FAC

f (relativa)

f (en %)

D_1

D_9

D_1

D_9

D_1

Q_1

Q_1

Q_3

mediana

mediana

Q_3

n_1 = 425 (slider from 0 to 500, step 1)
n_2 = 125 (slider from 0 to 500, step 1)
n_3 = 300 (slider from 0 to 500, step 1)
n_4 = 150 (slider from 0 to 500, step 1)
n_5 = 175 (slider from 0 to 500, step 1)
n_6 = 125 (slider from 0 to 500, step 1)
somme: n_1 + n_2 + n_3 + n_4 + n_5 + n_6
f_6: n_6 / somme
f_4: n_4 / somme
f_2: n_2 / somme
f_1: n_1 / somme
f_3: n_3 / somme
f_5: n_5 / somme
ech = 11 (slider from 1 to 50, step 1)
b = 112 (slider from 0 to 200, step 1)
o = 0 (slider from 0 to 50, step 1)
U: (o, 0.0)
a = 61 (slider from 1 to 200, step 1)
ecart2: b - a
ecart1: a - o
c = 340 (slider from 0 to 500, step 1)
ecart3: c - b
d = 416 (slider from 0 to 800, step 1)
ecart4: d - c
e = 560 (slider from 0 to 1000, step 1)
ecart5: e - d
f = 720 (slider from 0 to 2000, step 1)
ecart6: f - e
ecart = If(ecart1 ≤ ecart2, ecart1, If[ecart2 ≤ ecart3, ecart2, If[ecart3 ≤ ecart4, ecart3, If[ecart4 ≤ ecart5, ecart4, If[ecart5 ≤ ecart6, ecart5, ecart6]]]])
n = 5 (slider from 1 to 50, step 1)
V = Point(Circle[U, ech * ecart1 / ecart])
W = Point(Circle[V, ech * ecart2 / ecart])
amplitu: f - o
T7: "" + n_1
T8: "" + n_2
T9: "" + n_3
T10: "" + n_4
T11: "" + n_5
T12: "" + n_6
Z = Point(Circle[W, ech * ecart3 / ecart])
A1 = Point(Circle[Z, ech * ecart4 / ecart])
B1 = Point(Circle[A1, ech * ecart5 / ecart])
T21: "Intervalle unitaire : " + ecart
grad: ecart * 10.0 / ech
T22: "" + grad
g = Line(V, yAxis)
h = Line(W, yAxis)
i = Line(Z, yAxis)
j = Line(A1, yAxis)
k = Line(B1, yAxis)
p = Circle(V, f_1 * 100.0)
A, B = Intersect(p, g)
q = Circle(W, (f_1 + f_2) * 100.0)
C, D = Intersect(q, h)
r = Circle(Z, (f_1 + f_2 + f_3) * 100.0)
E, F = Intersect(r, i)
f1 = Circle(B1, (f_1 + f_2 + f_3 + f_4 + f_5) * 100.0)
I, J = Intersect(f1, k)
T15: "N = " + somme
S = (-165, 420)
T = (-35, 420)
D1 = (-35, 105)
E1 = (-165, 105)
C2 = (-165, 465)
D2 = (-35, 465)
demef: somme / 2.0
F2: (0.0, demef)
K2 = (-3.924826026957781, 17.881638487284928)
L2 = (-4.277017702315425, -34.01267468828341)
M2 = (-172.62463852326948, -35.5389780169766)
N2 = (-172.27244684791182, 30.09206511683042)
O2 = (2.7668158048374636, -11.118124757885614)
P2 = (2.7668158048374636, -290.4316339087387)
Q2 = (-12.377426235541247, -290.4316339087387)
S2 = (-12.729617910898892, -11.118124757885614)
deg: amplitu / somme
med: deg * demef
T34: "" + (med * demef / ecart)
T37: "" + med
j2 = Line(F2, xAxis)
T16: "" + f_1
T17: "" + f_2
T18: "" + f_3
T19: "" + f_4
T20: "" + f_5
T29: "" + f_6
T38: "" + (f_1 * 100.0)
T39: "" + (f_2 * 100.0)
T40: "" + (f_3 * 100.0)
T41: "" + (f_4 * 100.0)
T42: "" + (f_5 * 100.0)
T43: "" + (f_6 * 100.0)
T28: "" + (f_1 * 100.0)
T27: "" + ((f_1 + f_2) * 100.0)
T26: "" + ((f_1 + f_2 + f_3) * 100.0)
T25: "" + ((f_1 + f_2 + f_3 + f_4) * 100.0)
T24: "" + ((f_1 + f_2 + f_3 + f_4 + f_5) * 100.0)
T23: "" + ((f_1 + f_2 + f_3 + f_4 + f_5 + f_6) * 100.0)
l = Segment(U, A)
m = Segment(A, C)
s = Segment(C, E)
t = Segment(E, I)
C1 = Point(Circle[B1, ech * ecart6 / ecart])
g1 = Circle(C1, (f_1 + f_2 + f_3 + f_4 + f_5 + f_6) * 100.0)
a1 = Line(C1, yAxis)
G, H = Intersect(g1, a1)
b1 = Segment(I, G)
K = (0, 50)
c1 = Line(K, xAxis)
L = Intersect(c1, s)
M = Intersect(c1, t)
d1 = Line(L, yAxis)
N = Intersect(d1, xAxis)
O = (0, 25)
e1 = Line(O, c1)
P = Intersect(e1, m)
h1 = Line(P, yAxis)
Q = (0, 75)
i1 = Line(Q, c1)
R = Intersect(t, i1)
j1 = Line(R, yAxis)
F1 = Intersect(h1, xAxis)
G1 = Intersect(j1, xAxis)
k1 = Segment(L, N)
l1 = Segment(P, F1)
m1 = Segment(R, G1)
n1 = Line(M, yAxis)
H1 = Intersect(xAxis, n1)
p1 = Segment(M, H1)
I1 = Intersect(s, e1)
q1 = Line(I1, yAxis)
J1 = Intersect(q1, xAxis)
r1 = Segment(I1, J1)
K1 = Intersect(m, c1)
s1 = Line(K1, yAxis)
L1 = Intersect(s1, xAxis)
t1 = Segment(K1, L1)
M1 = Intersect(b1, i1)
a2 = Line(M1, yAxis)
N1 = Intersect(a2, xAxis)
b2 = Segment(M1, N1)
c2 = Segment(K, M)
d2 = Segment(K, L)
e2 = Segment(O, P)
f2 = Segment(Q, R)
O1 = (10, 0)
T50: "" + (2.0 * grad)
P1 = (20, 0)
Q1 = (-20.143043312937248, 212.49090087330686)
R1 = (-20.16109162981748, 141.3805323652168)
g2 = Segment(Q1, R1)
S1 = (107.11563900953564, 141.81369197034218)
h2 = Segment(R1, S1)
U1 = (107.11563900953564, 212.88796384467182)
i2 = Segment(Q1, U1)
k2 = Segment(U1, S1)
V1 = Intersect(i2, yAxis)
W1 = Intersect(h2, yAxis)
l2 = Segment(V1, W1)
Z1 = Point(i2)
A2 = Point(h2)
m2 = Segment(Z1, A2)
B2 = Point(i2)
E2 = Point(h2)
n2 = Segment(B2, E2)
G2 = Point(i2)
H2 = Point(h2)
p2 = Segment(G2, H2)
I2 = Point(i2)
J2 = Point(h2)
q2 = Segment(I2, J2)
R2 = Point(i2)
U2 = Point(h2)
r2 = Segment(R2, U2)
V2 = Point(g2)
W2 = Point(k2)
s2 = Segment(V2, W2)
Z2 = Point(g2)
A3 = Point(k2)
t2 = Segment(Z2, A3)
B3 = Point(g2)
C3 = Point(k2)
a3 = Segment(B3, C3)
D3 = Point(g2)
E3 = Point(k2)
b3 = Segment(D3, E3)
c3 = Segment(O, I1)
F3 = (0, 10)
G3 = (151.17158051416706, 165.99843658984494)
H3 = (0, 90)
d3 = Line(F3, xAxis)
e3 = Line(H3, xAxis)
I3 = Intersect(m, d3)
J3 = Intersect(e3, t)
f3 = Line(J3, yAxis)
g3 = Line(I3, yAxis)
K3 = Intersect(g3, xAxis)
L3 = Intersect(f3, xAxis)
h3 = Segment(I3, K3)
i3 = Segment(F3, I3)
j3 = Segment(J3, L3)
M3 = Point(n1)
k3 = Line(M3, xAxis)
N3 = Intersect(k3, q1)
O3 = Intersect(k3, g3)
P3 = Intersect(k3, j1)
Q3 = Intersect(k3, f3)
p3 = Circle(O3, 10.0)
q3 = Circle(M3, 20.0)
R3, S3 = Intersect(q3, n1)
l3 = Line(R3, xAxis)
m3 = Line(S3, xAxis)
U3 = Intersect(l3, q1)
V3 = Intersect(m3, q1)
W3 = Intersect(j1, m3)
Z3 = Intersect(l3, j1)
poly1, u3, z3, w3, v3 = Polygon(U3, Z3, W3, V3)
n3 = Segment(P3, Q3)
r3 = Segment(N3, O3)
A4, B4 = Intersect(p3, g3)
s3 = Segment(A4, B4)
t3 = Circle(Q3, 10.0)
C4 = Intersect(s, d3)
a4 = Line(C4, yAxis)
D4 = Intersect(a4, xAxis)
b4 = Segment(C4, D4)
E4 = Intersect(k3, a4)
c4 = Segment(N3, E4)
d4 = Circle(E4, 10.0)
F4, G4 = Intersect(d4, a4)
e4 = Segment(E4, N3)
f4 = Segment(F4, G4)
H4, I4 = Intersect(t3, f3)
g4 = Segment(H4, I4)
h4 = Segment(F3, C4)
J4 = Intersect(b1, e3)
i4 = Line(J4, yAxis)
K4 = Intersect(xAxis, i4)
j4 = Segment(J4, K4)
L4 = Intersect(d3, l)
k4 = Line(L4, yAxis)
M4 = Intersect(k4, xAxis)
l4 = Segment(L4, M4)
N4 = Intersect(e1, l)
m4 = Line(N4, yAxis)
O4 = Intersect(xAxis, m4)
n4 = Segment(N4, O4)
P4 = Intersect(e1, t)
p4 = Line(P4, yAxis)
Q4 = Intersect(p4, xAxis)
q4 = Segment(P4, Q4)
R4 = Intersect(i1, s)
r4 = Line(R4, yAxis)
S4 = Intersect(r4, xAxis)
s4 = Segment(R4, S4)
U4 = Intersect(i1, m)
t4 = Line(U4, yAxis)
V4 = Intersect(t4, xAxis)
a5 = Segment(U4, V4)
b5 = Segment(H3, J4)
c5 = Segment(H3, J3)
T1: "[ " + o + ", " + a + ")"
T2: "[" + a + ", " + b + ")"
T3: "[" + b + ", " + c + ")"
T4: "[" + c + ", " + d + ")"
T5: "[" + d + ", " + e + ")"
T6: "[" + e + ", " + f + ")"