X

Y

Z

X

Y

Z

X

Y

Z

X

Y

Z

X

Y

Z

X

Y

Z

Ejemplo

Ejemplo

Nuevos Datos

Nuevos Datos

X

Y

Z

X

Y

Z

X

Y

Z

X

Y

Z

Grillos

Grillos

Migraciones

Migraciones

Crías

Jóvenes

Adultas

Z

X

X :

Y :

Z :

Población Inicial

Crías

X

Jóvenes

Y

Adultos

Z

Después del primer periodo

X

Y

Z

Ejercicio

Contexto

Crías

Jóvenes

Adultos

Ver

Ocultar

C12 = 0.05
C20: Random[2, 12] / 100
H12 = 0.5
H20: Random[4, 6] / 10
n = 0 (slider from 0 to 1, step 1)
m = 10 (slider from 0 to 10, step 10)
D12 = 0.95
D20: Random[88, 98] / 100
I12 = 0
I20 = 0
C6 = If(n + m ≟ 0, H12, If[n + m ≟ 10, C12, If[n + m ≟ 1, H20, C20]])
C5: C6
A25 = 1
A24 = 0
A26: (2 * A25) - A24
D5 = If(n + m ≟ 0, I12, If[n + m ≟ 10, D12, If[n + m ≟ 1, I20, D20]])
H19 = 0
H11 = 0
C19: Random[105, 110] / 100
C11 = 1.02
C4 = If(n + m ≟ 0, H11, If[n + m ≟ 10, C11, If[n + m ≟ 1, H19, C19]])
G11 = 0.75
G19: Random[4, 9] / 10
B11 = 0.12
B19: Random[5, 15] / 100
B4 = If(n + m ≟ 0, G11, If[n + m ≟ 10, B11, If[n + m ≟ 1, G19, B19]])
I18 = Random(3, 6)
I10 = 5
D10 = 0.02
D18: Random[1, 5] / 100
D3 = If(n + m ≟ 0, I10, If[n + m ≟ 10, D10, If[n + m ≟ 1, I18, D18]])
B10 = 0.9
C10 = 0
D11 = 0
B12 = 0.2
C18 = 0
D19 = 0
B20: Random[10, 25] / 100
G10 = 0
H10 = 0
I11 = 0
G12 = 0
H18 = 0
C3 = If(n + m ≟ 0, H10, If[n + m ≟ 10, C10, If[n + m ≟ 1, H18, C18]])
I19 = 0
D4 = If(n + m ≟ 0, I11, If[n + m ≟ 10, D11, If[n + m ≟ 1, I19, D19]])
B18: Random[75, 95] / 100
G18 = 0
B3 = If(n + m ≟ 0, G10, If[n + m ≟ 10, B10, If[n + m ≟ 1, G18, B18]])
G20 = 0
B5 = If(n + m ≟ 0, G12, If[n + m ≟ 10, B12, If[n + m ≟ 1, G20, B20]])
A: {{B3, C3, D3}, {B4, C4, D4}, {B5, C5, D5}}
F3 = 400
F4 = 50
F5 = 200
B: {{F3}, {F4}, {F5}}
l1 = Sequence((A^(k) * B), k, 0, 13)
l11 = Sequence(Element[l1, k, 1], k, 1, 13)
B25 = Element(l11, A26, 1)
A37 = 13
X = (-0.9, 2.16)
Y = (1, -1)
Z = (-3, -1)
AA = (-0.74, 1.6)
BB = (0.64, -0.66)
u = Vector(AA, BB)
C = (0.58, -0.88)
D = (-2.5, -0.84)
v = Vector(C, D)
E = (-1.34, 1.8)
F = (-2.94, -0.52)
w = Vector(E, F)
G = (-2.64, -0.66)
H = (-1.04, 1.62)
a = Vector(G, H)
texto23: "" + C5 + ""
texto31: "" + D3 + ""
I = (-1.28, 2.26)
J = (-0.98, 2.84)
K = (-0.52, 2.22)
c = CircumcircleArc(I, J, K)
L = (1.24, -0.7)
M = (1.54, -1.42)
N = (0.86, -1.36)
d = CircumcircleArc(L, M, N)
O = (-2.8, -1.32)
P = (-3.3, -1.62)
Q = (-3.18, -0.66)
e = CircumcircleArc(O, P, Q)
texto22: "" + C4 + ""
texto33: "" + D5 + ""
R = (0.88, -0.46)
S = (-0.56, 1.78)
b = Vector(R, S)
T = (-2.48, -1.14)
U = (0.6, -1.16)
f = Vector(T, U)
texto11: "" + B3 + ""
texto12: "" + B4 + ""
texto21: "" + C3 + ""
texto32: "" + D4 + ""
G3 = 80
H3 = 60
A27: (2 * A26) - A25
A28: (2 * A27) - A26
A29: (2 * A28) - A27
A30: (2 * A29) - A28
A31: (2 * A30) - A29
A32: (2 * A31) - A30
A33: (2 * A32) - A31
A34: (2 * A33) - A32
A35: (2 * A34) - A33
A36: (2 * A35) - A34
B55 = Max(B24:B36)
C55 = Max(C24:C36)
D55 = Max(D24:D36)
L2_1 = 100
L3_1 = 360
L4_1 = 192
L5_1 = 168
L6_1 = 604.8
L7_1 = 322.56
L8_1 = 282.24
l5 = Sequence(Sequence[Element[l1, k, z], z, 1, 3], k, 1, 12)
B24 = Element(l11, A25, 1)
B26 = Element(l11, A27, 1)
B27 = Element(l11, A28, 1)
B28 = Element(l11, A29, 1)
B29 = Element(l11, A30, 1)
B30 = Element(l11, A31, 1)
B31 = Element(l11, A32, 1)
B32 = Element(l11, A33, 1)
B33 = Element(l11, A34, 1)
B34 = Element(l11, A35, 1)
B35 = Element(l11, A36, 1)
B36 = Element(l11, A37, 1)
l13 = Sequence(Element[l1, k, 3], k, 1, 13)
l12 = Sequence(Element[l1, k, 2], k, 1, 13)
C24 = Element(l12, A25, 1)
D24 = Element(l13, A25, 1)
C25 = Element(l12, A26, 1)
D25 = Element(l13, A26, 1)
C26 = Element(l12, A27, 1)
D26 = Element(l13, A27, 1)
C27 = Element(l12, A28, 1)
D27 = Element(l13, A28, 1)
C28 = Element(l12, A29, 1)
D28 = Element(l13, A29, 1)
C29 = Element(l12, A30, 1)
D29 = Element(l13, A30, 1)
C30 = Element(l12, A31, 1)
D30 = Element(l13, A31, 1)
C31 = Element(l12, A32, 1)
D31 = Element(l13, A32, 1)
C32 = Element(l12, A33, 1)
D32 = Element(l13, A33, 1)
C33 = Element(l12, A34, 1)
D33 = Element(l13, A34, 1)
C34 = Element(l12, A35, 1)
D34 = Element(l13, A35, 1)
C35 = Element(l12, A36, 1)
D35 = Element(l13, A36, 1)
C36 = Element(l12, A37, 1)
D36 = Element(l13, A37, 1)
E24: (A24, B24)
E25: (A25, B25)
E26: (A26, B26)
E27: (A27, B27)
E28: (A28, B28)
E29: (A29, B29)
E30: (A30, B30)
E31: (A31, B31)
E32: (A32, B32)
E33: (A33, B33)
E34: (A34, B34)
E35: (A35, B35)
E36: (A36, B36)
B39 = Max(B24:B36)
C39 = Max(C25:C36)
D39 = Max(D25:D36)
l14: {B39, C39, D39}
max = Max(l14)
F24: (A24, C24)
G24: (A24, D24)
F25: (A25, C25)
G25: (A25, D25)
F26: (A26, C26)
G26: (A26, D26)
F27: (A27, C27)
G27: (A27, D27)
F28: (A28, C28)
G28: (A28, D28)
F29: (A29, C29)
G29: (A29, D29)
F30: (A30, C30)
G30: (A30, D30)
F31: (A31, C31)
G31: (A31, D31)
F32: (A32, C32)
G32: (A32, D32)
F33: (A33, C33)
G33: (A33, D33)
F34: (A34, C34)
G34: (A34, D34)
F35: (A35, C35)
G35: (A35, D35)
F36: (A36, C36)
G36: (A36, D36)
H25 = Segment(E24, E25)
H26 = Segment(E25, E26)
H27 = Segment(E26, E27)
H28 = Segment(E27, E28)
H29 = Segment(E28, E29)
H30 = Segment(E29, E30)
H31 = Segment(E30, E31)
H32 = Segment(E31, E32)
H33 = Segment(E32, E33)
H34 = Segment(E33, E34)
H35 = Segment(E34, E35)
H36 = Segment(E35, E36)
I25 = Segment(F24, F25)
I26 = Segment(F25, F26)
I27 = Segment(F26, F27)
I28 = Segment(F27, F28)
I29 = Segment(F28, F29)
I30 = Segment(F29, F30)
I31 = Segment(F30, F31)
I32 = Segment(F31, F32)
I33 = Segment(F32, F33)
I34 = Segment(F33, F34)
I35 = Segment(F34, F35)
I36 = Segment(F35, F36)
J25 = Segment(G24, G25)
J26 = Segment(G25, G26)
J27 = Segment(G26, G27)
J28 = Segment(G27, G28)
J29 = Segment(G28, G29)
J30 = Segment(G29, G30)
J31 = Segment(G30, G31)
J32 = Segment(G31, G32)
J33 = Segment(G32, G33)
J34 = Segment(G33, G34)
J35 = Segment(G34, G35)
J36 = Segment(G35, G36)
CC: (A * B)
g = 7 (slider from 0 to 12, step 1)
texto01: "A×B=" + (LaTeX[A]) + "×" + (LaTeX[B]) + "=" + (LaTeX[CC]) + ""
CN: (A^(g) * B)
texto02: "A^{" + (LaTeX[g]) + "}×B=" + (LaTeX[A]) + "^{" + (LaTeX[g]) + "} ×" + (LaTeX[B]) + "=" + (LaTeX[CN]) + ""
CasillaDeEntrada1 = Textfield(F3)
CasillaDeEntrada2 = Textfield(F4)
CasillaDeEntrada3 = Textfield(F5)
PX: (g, Element[l11, g + 1, 1])
PY: (g, Element[l12, g + 1, 1])
PZ: (g, Element[l13, g + 1, 1])
texto13: "" + B5 + ""
V = (1.04, -1.4)
h = Segment(N, V)
W = (0.86, -1.54)
i = Segment(N, W)
A_1 = (-0.32, 2.28)
j = Segment(K, A_1)
B_1 = (-0.56, 2.36)
k = Segment(K, B_1)
C_1 = (-3.3, -0.82)
l = Segment(Q, C_1)
D_1 = (-3.38, -0.5)
p = Segment(Q, D_1)
F_1 = (3.5, 5)
E_1: F_1 - (2.7, 0)
H_1: E_1 - (0, 4)
G_1: F_1 - (0, 4)
polígono1, e_1, f_1, g_1, h_1 = Polygon(E_1, F_1, G_1, H_1)
o = 1 (slider from 1 to 3, step 1)
aa1 = Element(A, o, 1)
aa2 = Element(A, o, 2)
aa3 = Element(A, o, 3)
bb1 = Element(B, 1, 1)
bb2 = Element(B, 2, 1)
bb3 = Element(B, 3, 1)
cc1: (aa1 * bb1)
cc2: (aa2 * bb2)
cc3: (aa3 * bb3)
ccc: cc1 + cc2 + cc3
texto52: "Al cabo de " + g + " periodos"
sv = Segment((g, 0), (g, (1.05 * max)))
q = 0 (slider from 0 to 1, step 1)
A6 = If(o ≟ 1, A3, If[o ≟ 2, A4, A5])
texto5: "   Fila  " + (LaTeX[o]) + "  × Columna   =
   = " + (LaTeX[aa1]) + " × " + (LaTeX[bb1]) + " + " + (LaTeX[aa2]) + " × " + (LaTeX[bb2]) + " + " + (LaTeX[aa3]) + " × " + (LaTeX[bb3]) + " =
   =  " + (LaTeX[cc1]) + " + " + (LaTeX[cc2]) + " + " + (LaTeX[cc3]) + " = " + (LaTeX[ccc]) + ""
CM: A^(g)
texto6: "A^{" + (LaTeX[g]) + "}=" + (LaTeX[CM]) + ""
texto4: "Cálculos ciudad " + A6 + " :"