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Cell[CellGroupData[{
Cell["\<\
C\[AAcute]lculo Num\[EAcute]rico                                    Enero \
2005\
\>", "Title",
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Cell["1er Ejercicio", "Section"],

Cell[TextData[{
  "1.- Dado el sistema ",
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  ", resolver dicho sistema mediante pivotaje parcial escalado utilizando el \
comando correspondiente disponible en la p\[AAcute]gina web de la prim\
\[EAcute]ra pr\[AAcute]ctica de la asignatura.\n\n2.- El sistema anterior, \
mediante operaciones elementales se transforma en un sistema triangular \
superior , cuya matriz de coeficientes es ",
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  " y el vector de t\[EAcute]rminos independientes es {-1,-8,-2}. Desarrollar \
el m\[EAcute]todo de sustituci\[OAcute]n regresiva para obtener la soluci\
\[OAcute]n del sistema."
}], "Text"]
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  ", calcular la integral de dicha funci\[OAcute]n en el intervalo (1,3). \
(encontrar un valor num\[EAcute]rico, comparable con el resultado del \
apartado siguiente)\n\n2.- Aplicar el m\[EAcute]todo de integraci\[OAcute]n \
de Gauss-Legendre para el c\[AAcute]lculo de la integral del apartado \
anterior utilizando 3 nodos. Indicar el error cometido."
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Cell["3er Ejercicio", "Section"],

Cell[TextData[{
  "1.- Calcular la raiz de la funci\[OAcute]n f(x) del ejercicio anterior \
mediante el m\[EAcute]todo de Newton, partiendo de una aproximaci\[OAcute]n \
inicial ",
  Cell[BoxData[
      \(TraditionalForm\`x\_0\)]],
  "=2, considerando un n\[UAcute]mero maximo de 40 iteraciones. Calcular la \
raiz con un error absoluto menor que 0.0001. Presentar por pantalla los \
resultados correspondientes a todas las iteraciones realizadas."
}], "Text"]
}, Open  ]]
}, Open  ]]
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