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tipo: {"(x-a) (x-b) (x-c)", "((x-a) (x-b)) / (x-c)", "((x-a) (x-c)) / (x-b)", "((x-b) (x-c)) / (x-a)", "(x-a) / ((x-b) (x-c))", "(x-b) / ((x-a) (x-c))", "(x-c) / ((x-a) (x-b))", " 1 / ((x-a) (x-b) (x-c))"}
c = -1 (slider from -5 to 5, step 1)
h(x) = x - c
b = 3 (slider from -5 to 5, step 1)
g(x) = x - b
a = 5 (slider from -5 to 5, step 1)
f(x) = x - a
tipos: {((f(x) * g(x)) * h(x)), ((f(x) * g(x))) / h(x), (f(x) * h(x) / g(x)), (g(x) * h(x) / f(x)), f(x) / ((g(x) * h(x))), g(x) / ((f(x) * h(x))), h(x) / ((f(x) * g(x))), 1 / (((f(x) * g(x)) * h(x)))}
texto1: "f(x)=" + (LaTeX[f]) + ""
texto2: "g(x)=" + (LaTeX[g]) + ""
p = Element(tipos, SelectedIndex[tipo])
texto3: "h(x)=" + (LaTeX[h]) + ""
texto5: "y=" + (LaTeX[p]) + ""
d: false
e: true
asint = Asymptote(p)
ejer = 0 (slider from 0 to 1, step 1)
i: false
lista1 = Sequence(i, i, -6, 6)
a1 = RandomElement(lista1)
lista2 = Remove(lista1, {a1})
b1 = RandomElement(lista2)
lista3 = Remove(lista2, {b1})
c1 = RandomElement(lista3)
r(x) = x - a1
s(x) = x - b1
t(x) = x - c1
j = Random(1, 8)
q = If(j ≟ 1, ((r(x) * s(x)) * t(x)), j ≟ 2, ((r(x) * s(x))) / t(x), j ≟ 3, ((r(x) * t(x))) / s(x), j ≟ 4, ((s(x) * t(x))) / r(x), j ≟ 5, r(x) / ((s(x) * t(x))), j ≟ 6, s(x) / ((r(x) * t(x))), j ≟ 7, t(x) / ((r(x) * s(x))), j ≟ 8, 1 / (((r(x) * s(x)) * t(x))))
v2: false
v3: false
v4: false
lista4 = Asymptote(q)
v5: false
v6: false
v7: false
f1(x) = ((r(x) * s(x)) * t(x))
v1: false
v8: false
f2(x) = ((r(x) * s(x))) / t(x)
f3(x) = ((r(x) * t(x))) / s(x)
f4(x) = ((s(x) * t(x))) / r(x)
f5(x) = r(x) / ((s(x) * t(x)))
f6(x) = s(x) / ((r(x) * t(x)))
f7(x) = t(x) / ((r(x) * s(x)))
f8(x) = 1 / (((r(x) * s(x)) * t(x)))
est = 0 (slider from 0 to 2, step 1)
texto12: "\frac{\left(" + (LaTeX[r]) + "   \right) \left(  " + (LaTeX[s]) + " \right) }{" + (LaTeX[t]) + "}"
texto13: "\frac{\left(" + (LaTeX[r]) + "   \right) \left(  " + (LaTeX[t]) + " \right) }{" + (LaTeX[s]) + "}"
texto14: "\frac{\left(  " + (LaTeX[s]) + "\right) \left( " + (LaTeX[t]) + " \right) }{" + (LaTeX[r]) + "}"
texto15: "\frac{" + (LaTeX[r]) + "}{\left(  " + (LaTeX[s]) + " \right) \left(" + (LaTeX[t]) + "   \right) }"
texto16: "\frac{" + (LaTeX[s]) + "}{\left( " + (LaTeX[r]) + "  \right) \left(" + (LaTeX[t]) + "   \right) }"
texto17: "\frac{" + (LaTeX[t]) + "}{\left( " + (LaTeX[r]) + "  \right) \left( " + (LaTeX[s]) + "  \right) }"
texto18: "\frac{1}{\left( " + (LaTeX[r]) + "  \right) \left( " + (LaTeX[s]) + "  \right) \left(" + (LaTeX[t]) + "   \right) }"
texto11: "\left( " + (LaTeX[r]) + "  \right) \left(  " + (LaTeX[s]) + " \right) \left(  " + (LaTeX[t]) + " \right) "
texto6: "f(x)=" + (LaTeX[r]) + ""
texto7: "g(x)=" + (LaTeX[s]) + ""
texto8: "h(x)=" + (LaTeX[t]) + ""
correcto: v1 ∧ j ≟ 1 ∨ v2 ∧ j ≟ 2 ∨ v3 ∧ j ≟ 3 ∨ v4 ∧ j ≟ 4 ∨ v5 ∧ j ≟ 5 ∨ v6 ∧ j ≟ 6 ∨ v7 ∧ j ≟ 7 ∨ v8 ∧ j ≟ 8
texto24: "y=" + (LaTeX[f4]) + ""
texto23: "y=" + (LaTeX[f3]) + ""
intentos = 0 (slider from 0 to 100, step 1)
texto28: "y=" + (LaTeX[f8]) + ""
texto22: "y=" + (LaTeX[f2]) + ""
texto27: "y=\frac{" + (LaTeX[t]) + "}{\left( " + (LaTeX[r]) + "  \right) \left( " + (LaTeX[s]) + "  \right) }"
texto21: "y=\left( " + (LaTeX[r]) + "  \right) \left(  " + (LaTeX[s]) + " \right) \left( " + (LaTeX[t]) + "  \right) "
texto25: "y=\frac{" + (LaTeX[r]) + "}{\left( " + (LaTeX[s]) + "  \right) \left( " + (LaTeX[t]) + "  \right) }"
texto26: "y=\frac{" + (LaTeX[s]) + "}{\left(  " + (LaTeX[r]) + " \right) \left( " + (LaTeX[t]) + "  \right) }"
texto10: "y=" + (LaTeX[q]) + ""
aciertos = 0 (slider from 0 to 10, step 1)
texto20: "Aciertos=" + aciertos + ""
texto29: "Intentos=" + intentos + ""
tantoporciento: (aciertos / intentos * 100)
texto30: "Porcentaje éxito = " + tantoporciento + "%"
asin1 = Element(asint, 1)
asin2 = Element(asint, 2)
asin3 = Element(asint, 3)
asin4 = Element(asint, 4)
ayu2: false