A

B

C

D

E

F

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I

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DI

O

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Q

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DI

Q

Escribe en las casillas los coefientes del polinomio

Escribe el valor de c

x⁵ +

x⁴ +

x³ +

x² +

x  +

Llena  las  casiilas  amarillas con  los coeficientes
del  polinomio  (hasta grado 5),  y de la  constante
c del divisor ( x - c ).
Llena las casillas  verdes utilizando el proceso de
la división  sintética dada  en  clases, siempre que
aparezca la señal <sigue>,  hasta terminar en:
 < muy bien >

DIVISIÓN SINTÉTICA

Instrucciones

Mostrar polinomio cociente

Mostrar residuo

MENÚ

a = 0
b = 0
c = 0
d = 0
e = 0
f = 0
g = 0
h = 0
i = 0
j = 0
k = 0
di = 1
campoDeTexto1 = Textfield(a)
campoDeTexto2 = Textfield(b)
campoDeTexto3 = Textfield(c)
campoDeTexto4 = Textfield(d)
campoDeTexto5 = Textfield(e)
campoDeTexto6 = Textfield(f)
campoDeTexto7 = Textfield(g)
campoDeTexto8 = Textfield(h)
campoDeTexto9 = Textfield(i)
campoDeTexto10 = Textfield(j)
campoDeTexto11 = Textfield(k)
n = 0
campoDeTexto12 = Textfield(n)
texto1 = If(a ≟ h, "sigue", "no sigas")
texto2 = If(e ≟ n * h, "sigue", "no sigas")
texto3 = If(i ≟ b + n * h, "sigue", "no sigas")
texto4 = If(f ≟ n * i, "sigue", "no sigas")
texto5 = If(j ≟ c + f, "sigue", "no sigas")
texto6 = If(g ≟ n * j, "sigue", "no sigas")
q = 0
r = 0
bosquejo1 = AttachCopyToView(PolyLine[(0.28000000000000125, 5.459999999999998), (0.28000000000000125, 5.339999999999998), (0.30000000000000127, 5.259999999999999), (0.30000000000000127, 5.179999999999999), (0.30000000000000127, 5.099999999999999), (0.30000000000000127, 4.999999999999998), (NaN, NaN), (1.2600000000000016, 5.659999999999998), (1.2600000000000016, 5.559999999999999), (1.2600000000000016, 5.459999999999998), (1.2600000000000016, 5.379999999999998), (1.2600000000000016, 5.2799999999999985), (1.2400000000000015, 5.219999999999999), (NaN, NaN), (1.4800000000000018, 4.439999999999999), (1.4800000000000018, 4.3599999999999985), (1.4800000000000018, 4.279999999999999), (1.4800000000000018, 4.199999999999999), (1.4800000000000018, 4.119999999999999), (1.4800000000000018, 4.039999999999999), (1.4800000000000018, 3.959999999999999), true], 1, (-4.300000000000001, -4.879999999999996), (11.700000000000005, 6.299999999999998), (-165, 690), (635, 130.99999999999997))
bosquejo2 = AttachCopyToView(PolyLine[(-0.1399999999999989, 5.479999999999999), (-0.1399999999999989, 5.399999999999999), (-0.1399999999999989, 5.299999999999998), (-0.1399999999999989, 5.219999999999999), (-0.1399999999999989, 5.139999999999999), (-0.1399999999999989, 5.019999999999999), true], 1, (-4.300000000000001, -4.879999999999996), (11.700000000000005, 6.299999999999998), (139.99999999999997, 657), (940, 98))
o = 0
p = 0
campoDeTexto13 = Textfield(o)
campoDeTexto14 = Textfield(p)
campoDeTexto15 = Textfield(q)
campoDeTexto16 = Textfield(r)
t = 0
s = 0
campoDeTexto17 = Textfield(s)
campoDeTexto18 = Textfield(t)
texto7 = If(k ≟ d + g, "sigue", "no sigas")
texto12 = If(q ≟ n * k, "sigue", "no sigas")
campoDeTexto11_1 = Textfield(k)
campoDeTexto12_1 = Textfield(n)
campoDeTexto15_1 = Textfield(q)
campoDeTexto11_2 = Textfield(k)
campoDeTexto12_2 = Textfield(n)
campoDeTexto15_2 = Textfield(q)
k_1 = 3
campoDeTexto11_3 = Textfield(k_1)
n_1 = 5
campoDeTexto12_3 = Textfield(n_1)
q_1 = 0
campoDeTexto15_3 = Textfield(q_1)
texto12_1 = If(s ≟ o + q, "sigue", "no sigas")
texto12_2 = If(r ≟ n * s, "sigue", "no sigas")
texto12_3 = If(t ≟ p + r, "muy bien", "fallaste")
Residuo: t
texto8 = LaTeX(Residuo, true, true)
f_1(x) = h * x^(4) + i * x^(3) + j * x^(2) + k * x + s
texto10 = LaTeX(f_1, true, true)
bosquejo3 = AttachCopyToView(PolyLine[(-1.4599999999999993, 3.1199999999999997), (-1.5399999999999994, 3.1199999999999997), (-1.6199999999999994, 3.1199999999999997), (-1.6999999999999995, 3.1199999999999997), (-1.7799999999999996, 3.1199999999999997), (-1.8599999999999997, 3.1199999999999997), true], 1, (-4.300000000000001, -9.659999999999995), (16.980000000000008, 6.299999999999998), (204, 801), (1268, 2.9999999999999596))
texto11 = If(t ≟ 0, "La división es exacta", "La división no es exacta")
l = Segment((4.739970245924908, 1.6356936498490413), (8.461422420384153, 1.6356936498490413))
m = Segment((8.420014784403353, 1.6297063696707108), (10.739905107650577, 1.6297063696707108))
a_1 = Segment((3.18, 1.64), (4.72, 1.64))
b_1 = Segment((10.64, 1.64), (12.3, 1.64))
u = true
v = true
w = false
c_1 = true