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V
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B3: 0
I3: B3
I8: 0
I13: 1
I18: 0
I23: 0
I28: 1
B4: 0
I4: B4
I9: 1
I14: 0
I19: 0
I24: 1
I29: 0
B5: 1
I5: B5
I10: 1
I15: 1
I20: 1
I25: 0
I30: 1
B2: 0
I2: B2
I7: 0
I12: 1
I17: 0
I22: 0
I27: 1
C2: 1
J2: C2
J7: 1
J12: 1
J17: 1
J22: 1
J27: 0
C3: 0
J3: C3
J8: 1
J13: 0
J18: 0
J23: 0
J28: 1
C4: 1
J4: C4
J9: 0
J14: 1
J19: 0
J24: 0
J29: 1
C5: 0
J5: C5
J10: 1
J15: 0
J20: 0
J25: 1
J30: 1
D2: 1
K2: D2
K7: 0
K12: 0
K17: 0
K22: 0
K27: 1
D3: 0
K3: D3
K8: 1
K13: 1
K18: 1
K23: 1
K28: 0
D4: 0
K4: D4
K9: 0
K14: 0
K19: 0
K24: 0
K29: 1
D5: 0
K5: D5
K10: 0
K15: 0
K20: 0
K25: 1
K30: 0
E2: 0
L2: E2
L7: 0
L12: 1
L17: 1
L22: 0
L27: 0
E3: 1
L3: E3
L8: 0
L13: 1
L18: 1
L23: 1
L28: 0
E4: 0
L4: E4
L9: 1
L14: 1
L19: 1
L24: 1
L29: 1
E5: 0
L5: E5
L10: 1
L15: 1
L20: 1
L25: 0
L30: 0
rr = 1 (slider from 1 to 6, step 1)
D15 = If(rr ≟ 1, K5, If[rr ≟ 2, K10, If[rr ≟ 3, K15, If[rr ≟ 4, K20, If[rr ≟ 5, K25, K30]]]])
E15 = If(rr ≟ 1, L5, If[rr ≟ 2, L10, If[rr ≟ 3, L15, If[rr ≟ 4, L20, If[rr ≟ 5, L25, L30]]]])
E14 = If(rr ≟ 1, L4, If[rr ≟ 2, L9, If[rr ≟ 3, L14, If[rr ≟ 4, L19, If[rr ≟ 5, L24, L29]]]])
C15 = If(rr ≟ 1, J5, If[rr ≟ 2, J10, If[rr ≟ 3, J15, If[rr ≟ 4, J20, If[rr ≟ 5, J25, J30]]]])
B15 = If(rr ≟ 1, I5, If[rr ≟ 2, I10, If[rr ≟ 3, I15, If[rr ≟ 4, I20, If[rr ≟ 5, I25, I30]]]])
D14 = If(rr ≟ 1, K4, If[rr ≟ 2, K9, If[rr ≟ 3, K14, If[rr ≟ 4, K19, If[rr ≟ 5, K24, K29]]]])
E13 = If(rr ≟ 1, L3, If[rr ≟ 2, L8, If[rr ≟ 3, L13, If[rr ≟ 4, L18, If[rr ≟ 5, L23, L28]]]])
C14 = If(rr ≟ 1, J4, If[rr ≟ 2, J9, If[rr ≟ 3, J14, If[rr ≟ 4, J19, If[rr ≟ 5, J24, J29]]]])
B14 = If(rr ≟ 1, I4, If[rr ≟ 2, I9, If[rr ≟ 3, I14, If[rr ≟ 4, I19, If[rr ≟ 5, I24, I29]]]])
D13 = If(rr ≟ 1, K3, If[rr ≟ 2, K8, If[rr ≟ 3, K13, If[rr ≟ 4, K18, If[rr ≟ 5, K23, K28]]]])
E12 = If(rr ≟ 1, L2, If[rr ≟ 2, L7, If[rr ≟ 3, L12, If[rr ≟ 4, L17, If[rr ≟ 5, L22, L27]]]])
C13 = If(rr ≟ 1, J3, If[rr ≟ 2, J8, If[rr ≟ 3, J13, If[rr ≟ 4, J18, If[rr ≟ 5, J23, J28]]]])
B13 = If(rr ≟ 1, I3, If[rr ≟ 2, I8, If[rr ≟ 3, I13, If[rr ≟ 4, I18, If[rr ≟ 5, I23, I28]]]])
D12 = If(rr ≟ 1, K2, If[rr ≟ 2, K7, If[rr ≟ 3, K12, If[rr ≟ 4, K17, If[rr ≟ 5, K22, K27]]]])
C12 = If(rr ≟ 1, J2, If[rr ≟ 2, J7, If[rr ≟ 3, J12, If[rr ≟ 4, J17, If[rr ≟ 5, J22, J27]]]])
B12 = If(rr ≟ 1, I2, If[rr ≟ 2, I7, If[rr ≟ 3, I12, If[rr ≟ 4, I17, If[rr ≟ 5, I22, I27]]]])
Q3: 1
Q28: 3
Q23: 1
Q18: 1
Q13: 1
Q8: 2
P3: 3
P28: 2
P23: 1
P18: 1
P13: 1
P8: 1
O3: 3
O28: 1
O23: 2
O18: 3
O13: 2
O8: 1
Q5: 3
Q30: 3
Q25: 2
Q20: 1
Q15: 1
Q10: 1
P5: 2
P30: 2
P25: 1
P20: 3
P15: 3
P10: 2
O5: 2
O30: 1
O25: 1
O20: 2
O15: 2
O10: 1
Q4: 2
Q29: 1
Q24: 1
Q19: 1
Q14: 1
Q9: 1
P4: 4
P29: 1
P24: 2
P19: 4
P14: 2
P9: 3
O4: 1
O29: 1
O24: 2
O19: 3
O14: 1
O9: 2
N5: 1
N30: 1
N25: 2
N20: 1
N15: 1
N10: 1
N4: 3
N29: 2
N24: 1
N19: 2
N14: 2
N9: 1
N3: 2
N28: 1
N23: 2
N18: 2
N13: 1
N8: 2
Q2: 2
Q27: 2
Q22: 2
Q17: 1
Q12: 1
Q7: 3
P2: 1
P27: 1
P22: 2
P17: 2
P12: 2
P7: 2
O2: 1
O27: 2
O22: 1
O17: 1
O12: 1
O7: 1
N2: 3
N27: 1
N22: 3
N17: 3
N12: 1
N7: 3
A_1 = (-0.5, -0.5)
A_3 = (-0.5392446138245941, -0.6097467167566193)
E = (19.799999999999983, -4)
F = (19.879999999999985, -4.44)
L = (0.3112009269272753, 1.2627254826181118)
P = (0.5126222392106129, 0.8748029552576096)
V = (1.8106706961476773, 1.4193865032829298)
B = (1.8330508419569371, 0.8225826150360036)
a = Line(A_1, xAxis)
Madrid = (-0.03196130881470672, -0.020402877112779643)
A_2 = Point(a)
c = Segment(Madrid, L)
d = Segment(Madrid, V)
e = Segment(Madrid, B)
f = Line(A_3, a)
A_4 = Point(f)
g = Segment(L, V)
h = Segment(V, B)
i = Segment(B, L)
j = Segment(P, L)
k = Segment(P, Madrid)
l = Segment(P, B)
m = Segment(P, V)
n = OrthogonalLine(A_3, f)
A_5 = Point(n)
A_6 = (3.6458426525069725, 2.516013647936657)
C = (8.487414195910164, 1.0090838301131682)
t = 0 (slider from 0 to 21, step 1)
p = Circle(Madrid, 1.3)
Londres = (0.32612102413344884, 1.2925656770304572)
q = Circle(Londres, 1.61)
r = Circle(Madrid, 2.36)
c_1 = Circle(Londres, 1.5)
d_1 = Circle(Madrid, 2)
D = Intersect(q, c_1, 1)
G = Intersect(q, c_1, 1)
H = Intersect(q, c_1, 1)
f_1 = Circle(Londres, 0.4)
Atenas = (2.034472154240274, -0.1696038491745111)
h_1 = Circle(Atenas, 1.2)
Varsovia = (1.930031473797062, 1.3746262116644095)
s = Circle(Varsovia, 0.5)
g_1 = Circle(Varsovia, 1.45)
e_1 = Circle(Madrid, 1.05)
matriz1: {{B12, C12, D12, E12}, {B13, C13, D13, E13}, {B14, C14, D14, E14}, {B15, C15, D15, E15}}
Paris, Paris_2 = Intersect(g_1, f_1)
ML = (-0.03196130881470672, 0.15117824075821154)
p1: floor(Random[1, 10] / 7)
pp: floor(p1)
B7: floor(Random[1, 10] / 7)
B8: floor(Random[1, 10] / 7)
B9: floor(Random[1, 10] / 7)
B10: floor(Random[1, 10] / 7)
C7: floor(Random[1, 10] / 7)
C8: floor(Random[1, 10] / 7)
C9: floor(Random[1, 10] / 7)
C10: floor(Random[1, 10] / 7)
D7: floor(Random[1, 10] / 7)
D8: floor(Random[1, 10] / 7)
D9: floor(Random[1, 10] / 7)
D10: floor(Random[1, 10] / 7)
E7: floor(Random[1, 10] / 7)
E8: floor(Random[1, 10] / 7)
E9: floor(Random[1, 10] / 7)
E10: floor(Random[1, 10] / 7)
oo = 1 (slider from 0 to 1, step 1)
MV = (0.07247937162850532, 0.09895790053660553)
MA = (0.1619999548655442, -0.03532297431895279)
LM = (0.29628082972110253, 1.120984559159466)
LA = (0.423101655973574, 1.1433647049687259)
LV = (0.4678619475920935, 1.262725482618111)
AM = (1.8330508419569365, -0.17706389777759768)
AL = (1.9374915224001483, -0.027862925715866217)
AV = (2.0493922514464473, -0.020402877112779643)
VA = (1.9673317168124946, 1.210505142396505)
VL = (1.7659104045291572, 1.3522460658551498)
VM = (1.84797093916311, 1.2478053854119378)
C17 = Vector(ML, LM)
D17 = Vector(MV, VM)
E17 = Vector(MA, AM)
MM1 = (-0.08398979983474202, 0.12704171140022902)
MM2 = (0.10977961464393819, 0.03181746310882637)
LL1 = (0.4859563350030188, 1.336018361056083)
LL2 = (0.3335810727365354, 1.0762242675409466)
VV1 = (2.017326757900437, 1.243905854415637)
VV2 = (1.795750598941504, 1.3074857742366304)
AA1 = (1.861886902944684, -0.21838018850144353)
AA2 = (1.9673317168124949, 0.03927751171191294)
cm = CircleArc(Madrid, MM1, MM2)
B17: cm
B18 = Vector(LM, ML)
D18 = Vector(LV, VL)
E18 = Vector(LA, AL)
B19 = Vector(VM, MV)
C19 = Vector(VL, LV)
E19 = Vector(VA, AV)
B20 = Vector(AM, MA)
C20 = Vector(AL, LA)
D20 = Vector(AV, VA)
cl = CircleArc(Londres, LL1, LL2)
cv = CircleArc(Varsovia, VV1, VV2)
ca = CircleArc(Atenas, AA1, AA2)
cl_1: (c * l)
D19: cv
E20: ca
B22 = If(rr ≟ 1, N2, If[rr ≟ 2, N7, If[rr ≟ 3, N12, If[rr ≟ 4, N17, If[rr ≟ 5, N22, N27]]]])
C22 = If(rr ≟ 1, O2, If[rr ≟ 2, O7, If[rr ≟ 3, O12, If[rr ≟ 4, O17, If[rr ≟ 5, O22, O27]]]])
E22 = If(rr ≟ 1, Q2, If[rr ≟ 2, Q7, If[rr ≟ 3, Q12, If[rr ≟ 4, Q17, If[rr ≟ 5, Q22, Q27]]]])
D22 = If(rr ≟ 1, P2, If[rr ≟ 2, P7, If[rr ≟ 3, P12, If[rr ≟ 4, P17, If[rr ≟ 5, P22, P27]]]])
B23 = If(rr ≟ 1, N3, If[rr ≟ 2, N8, If[rr ≟ 3, N13, If[rr ≟ 4, N18, If[rr ≟ 5, N23, N28]]]])
D23 = If(rr ≟ 1, P3, If[rr ≟ 2, P8, If[rr ≟ 3, P13, If[rr ≟ 4, P18, If[rr ≟ 5, P23, P28]]]])
E23 = If(rr ≟ 1, Q3, If[rr ≟ 2, Q8, If[rr ≟ 3, Q13, If[rr ≟ 4, Q18, If[rr ≟ 5, Q23, Q28]]]])
C23 = If(rr ≟ 1, O3, If[rr ≟ 2, O8, If[rr ≟ 3, O13, If[rr ≟ 4, O18, If[rr ≟ 5, O23, O28]]]])
B24 = If(rr ≟ 1, N4, If[rr ≟ 2, N9, If[rr ≟ 3, N14, If[rr ≟ 4, N19, If[rr ≟ 5, N24, N29]]]])
C24 = If(rr ≟ 1, O4, If[rr ≟ 2, O9, If[rr ≟ 3, O14, If[rr ≟ 4, O19, If[rr ≟ 5, O24, O29]]]])
E24 = If(rr ≟ 1, Q4, If[rr ≟ 2, Q9, If[rr ≟ 3, Q14, If[rr ≟ 4, Q19, If[rr ≟ 5, Q24, Q29]]]])
D24 = If(rr ≟ 1, P4, If[rr ≟ 2, P9, If[rr ≟ 3, P14, If[rr ≟ 4, P19, If[rr ≟ 5, P24, P29]]]])
B25 = If(rr ≟ 1, N5, If[rr ≟ 2, N10, If[rr ≟ 3, N15, If[rr ≟ 4, N20, If[rr ≟ 5, N25, N30]]]])
C25 = If(rr ≟ 1, O5, If[rr ≟ 2, O10, If[rr ≟ 3, O15, If[rr ≟ 4, O20, If[rr ≟ 5, O25, O30]]]])
E25 = If(rr ≟ 1, Q5, If[rr ≟ 2, Q10, If[rr ≟ 3, Q15, If[rr ≟ 4, Q20, If[rr ≟ 5, Q25, Q30]]]])
D25 = If(rr ≟ 1, P5, If[rr ≟ 2, P10, If[rr ≟ 3, P15, If[rr ≟ 4, P20, If[rr ≟ 5, P25, P30]]]])
matriz4: {{B22, C22, D22, E22}, {B23, C23, D23, E23}, {B24, C24, D24, E24}, {B25, C25, D25, E25}}
texto6: "" + (LaTeX[matriz4]) + ""
qq = 1 (slider from 0 to 1, step 1)
texto7: "Ejercicio " + rr + ""
ss = 0 (slider from 0 to 1, step 1)
texto1: "M \;   =\;  \;  \; \;  \;  \; " + (LaTeX[matriz1]) + ""