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Cell["Guillermo S\[AAcute]nchez (http://diarium.usal.es/guillermo). ", \
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 Dpto de Econom\[IAcute]a e Historia Econ\[OAcute]mica. Universidad de \
Salamanca. \
\>", "Department",
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 "Los ejemplos utilizados en esta presentaci\[OAcute]n proceden la mayoria \
del libro del libro",
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otras presentaciones realizadas por el autor visite: \n",
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Cell[TextData[{
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 " en sus primeras versiones era un programa especialmente orientado al c\
\[AAcute]lculo simb\[OAcute]lico y num\[EAcute]rico. Con las versiones m\
\[AAcute]s recientes se ha convertido en un sistema integral que une la \
potencia de c\[AAcute]lculo con la versatilidad y sencillez que permite ser \
utilizado en cualquier campo: Ingenier\[IAcute]a, econom\[IAcute]a, \
f\[IAcute]sica, biolog\[IAcute]a, matem\[AAcute]ticas, ciencias de la \
computaci\[OAcute]n, etc. Esto se ve facilitado por la capacidad de importar \
y exportar en una gran variedad de formatos, incluso permite la exportaci\
\[OAcute]n directa desde sitios web y la conexi\[OAcute]n a programas \
externos.   De hecho se trata de un lenguaje de programaci\[OAcute]n \
denominado Wolfram Langueje: ",
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Cell["\<\
Antes de nada debe asegurarse que tiene el programa instalado y con la \
licencia activada, si no lo est\[AAcute] el propio programa de instalaci\
\[OAcute]n le guiar\[AAcute] para activarla. \
\>", "Text",
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Cell[TextData[{
 "Para iniciar el programa, en el men\[UAcute] de inicio de programas de su \
sistema, pulse sobre el icono ",
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Cell["\<\
La ventana de bienvenida contiene varios hiperenlaces. Probablemente pueda \
resultarle muy \[UAcute]til hacer un recorrido por ellos \
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 " di\[OAcute] un salto revolucionario con la introducci\[OAcute]n de lo que \
vamos a denominar la forma ",
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Si no tenemos una idea clara de la funci\[OAcute]n que queremos utilizar o la \
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dos o tres palabras lo que buscamos.\
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Notebook de Mathematica es un documento completo e interactivo que combina \
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integrado en \[UAcute]nico documento o fichero interactivo (con extensi\
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Cada documento esta estructurado en celdas. Las celdas se definen en \
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de salidas, de gr\[AAcute]ficos, etc) .   \
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inicialmente como una pantalla en blanco. En \[EAcute]l podremos ir \
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 " le asignar\[AAcute] por defecto la extensi\[OAcute]n .nb). Desde el inicio \
conviene ver la barra de herramientas, para ello, en la barra de men\[UAcute] \
seleccione ",
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Cell["\<\
Los Notebooks se organizan autom\[AAcute]ticamente como una jerarqu\[IAcute]a \
de celdas. Podemos cerrar los grupos de celdas de modo que s\[OAcute]lo \
veamos los encabezamientos. \
\>", "Text",ExpressionUUID->"9f3a444b-05a4-4f7a-928f-8fb0c13d2d62"],

Cell["\<\
Este es un texto ordinario. Prueba a modificar el formato de esta celda.\
\>", "Text",
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Cell[TextData[{
 " Para que se calculan las expresiones marcaremos la celda a evaluar (que \
normalmente debe ser tipo Input) y pulsaremos ",
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  FontWeight->"Bold"],
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Cell["\<\
Debajo se muestra  una celda tipo input  seguida de una de salida.\
\>", "Text",
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Cell[CellGroupData[{

Cell["Trabajando con estilos", "Subsection",
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Cell[TextData[{
 " Cuando se crea por primera vez un notebook ",
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 " asigna un estilo que denomina ",
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el estilo ",
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 " que es el que normalmente se utiliza para realizar c\[AAcute]lculos. En \
una celda tipo \"",
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celda tipo salida (\"",
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Cell["\<\
Con  Format \[FilledRightTriangle] Stylesheet se puede elegir el estilo \
general del notebook (cuaderno) y Format\[FilledRightTriangle]Style para \
elegir el formato de una celda concreta. Tambien podremos dentro de un mismo \
estilo elegir el ambiente de trabajo apropiado \
Format\[FilledRightTriangle]Screen Environment. \
\>", "Text",
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Cell["\<\
Prueba a modificar el estilo de este notebook y el formato de esta celda.\
\>", "Text",
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Cell["\<\
Un peque\[NTilde]o truco: Las celdas a evaluar las definiremos tipo \"Input\" \
que al ser evaluadas (salvo que utilicemos ;) generaran la salida \
correspondiente. Si pulsamos sobre la celda  Out[] se escondera el input, \
esto puede ser muy util para la elaboracion de documentos\
\>", "Text",
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Cell[TextData[{
 "Otro truco : Dentro de una celda de cualquier estilo distinto de input \
podemos hacer que la funci\[OAcute]n se ejecute utiliando (May+Crt +Enter o \
Evaluate in place). Ejemplo: ",
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Cell["Escriba un texto enriquecido", "Subsection",
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Cell["\<\
Aprovecha las posibilidades que da la palete Writing Assistant . \
\>", "Text",
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Cell[TextData[{
 "Puede ejecutar una funcion dentro de un texto usando Evaluate in Place \
(pruebe a ejecutar la segunda parte de esta iguadad): ",
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 ". "
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Cell[TextData[{
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paleta Writing Assistant, elegir ",
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 "Las instrucciones escritas en una misma ",
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 " se ejecutar\[AAcute]n secuencialmente. Si al final de una instrucci\
\[OAcute]n escribimos punto y coma \";\", dicha instrucci\[OAcute]n se \
calcular\[AAcute] pero los resultados de salida no se mostrar\[AAcute]n. Esto \
es \[UAcute]til para evitar que se muestren resultados intermedios que no \
necesitamos ver. En una celda a evaluar (",
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 ") podemos incluir uno o varios comentarios, escribi\[EAcute]ndolos de la \
siguiente forma:  (* comentario *). No obstante, se recomienda incluir los \
comentarios en celdas diferentes en formato texto, recuerde que ello puede \
hacerlo eligiendo ",
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 "  en el ",
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Cell[TextData[{
 "Para abrir una nueva celda  basta con posicionar el curso debajo de la \
celda en la que estemos y entonces podemos comenzar a escribir en la nueva \
celda. Tambi\[EAcute]n se puede crear una nueva celda, en el punto donde est\
\[EAcute] el cursor, pulsando ",
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Cell[TextData[{
 "Las expresiones pueden escribirse expresiones sin necesidad de recurrir a s\
\[IAcute]mbolos especiales utilizando la forma: ",
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 ". Es muy similar a la utilizada por otros lenguajes de \
programaci\[OAcute]n, como C, Fortran o Basic. Por ejemplo: multiplicaci\
\[OAcute]n = \" * \" (El s\[IAcute]mbolo * podemos substituirlo por un \
espacio en blanco), divisi\[OAcute]n = \" / \", suma = \" + \",  y resta \" = \
\" ,  potencias =\" ^ \", ",
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introducido utilizando una de las Paletas (table de herramientas  \
\[FilledRightTriangle]  Paletas entonces los datos se intrucen en el \
denominado formato est\[AAcute]ndar (",
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Posicione el cursor en la marca de celda y en la barra de men\[UAcute] elija: \
",
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 "\[FilledRightTriangle] ",
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en el mundo acad\[EAcute]mico, a ",
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para trascribir el contenido) en la forma ",
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 "El c\[AAcute]lculo anterior tambi\[EAcute]n podemos mostrarlo en  notaci\
\[OAcute]n cl\[AAcute]sica de las matem\[AAcute]ticas. En ",
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 ". A\[NTilde]ada ",
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 "  para indicar que el resultado tambi\[EAcute]n se nos muestre en notaci\
\[OAcute]n tradicional. Observe que la marca de celda aparece con un corchete \
serpenteado. El mismo men\[UAcute] podr\[AAcute] utilizarlo para conversi\
\[OAcute]n a otras formas."
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Tal  cual escribimos una entrada se van mostrando las funciones m\[AAcute]s \
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se nos muestra varias plantillas relacionadas (Crt+May+K). \
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Un c\[OAcute]digo de colores permite detectar errores de sint\[AAcute]sis \
(segun vaya escribiendo vera como le va desplegando la ayuda)\
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El uso de peletas (Palettes) es de gran ayuda, especialmente cuando queremos \
que las entradas se parezcan a la notaci\[OAcute]n habitualmente utilizada en \
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\[AAcute]s puede que le d\[EAcute] problemas de conversi\[OAcute]n si el \
fichero es le\[IAcute]do en una versi\[OAcute]n anterior de ",
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Cell[TextData[{
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ellas; se escriben dentro de llaves {} y van separados por comas. Si nos \
sentimos c\[OAcute]modos con la terminolog\[IAcute]a cl\[AAcute]sica de matem\
\[AAcute]ticas podemos interpretar una lista sencilla como un vector, una \
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Cell["\<\
A veces es conveniente ponerle un nombre a un valor o expresi\[OAcute]n para \
utlizarlo mas adelante. Es lo que se denomina asignaci\[OAcute]n.\
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Observe que al utilizar una expresi\[OAcute]n donde aparecen a y b, se \
reemplazan por las asignaciones antes realizadas.\
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Cell["\<\
Utilize la ayuda para investigar las distintas funciones y argumentos \
utilizados. Para ello lo mejor es marcar la funci\[OAcute]n con el cursor y \
pulsar F1, observar\[AAcute] que ademas de a la sintasis de la \
funci\[OAcute]n puedes acceder a ejemplos, a otras relacionadas y a tutoriales\
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Escribe una funcion y pulse Crt + May + K , observe como se muestran los \
argumentos b\[AAcute]sicos de la funci\[OAcute]n\
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Pruebe a escribir parte de una funci\[OAcute]n y pulsa  Crt + K , se \
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Otra forma de obtener ayuda es (suponga que quiere calcular un minimo, pruebe \
a busca funciones que incluyan \[OpenCurlyDoubleQuote]mini\
\[CloseCurlyDoubleQuote])\
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Pulse en alguna de las desplagadas y obtendra una breve ayuda de cada una de \
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Para ver directamente las opciones de una funcion la forma es\
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La introduccion de las siguientes funciones permite definir como directorio \
Data (u otro nombre), que colgar\[AAcute] de nuestro directorio de trabajo, \
desde el que importar y exportar ficheros sin escribir la ruta. Observe que \
la celda de abajo est\[AAcute] definida como celda de Iniciaci\[OAcute]n, eso \
implica que siempre que se ejecutar\[AAcute] al inicio de este notebook.\
\>", "Text",
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Observe que en Mathematica todos las salidas (realmente todo) son listas.\
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Debajo se muestra la \[UAcute]ltimo valor de las acciones de Google en el \
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Cell["Distribucion de la poblacion espa\[NTilde]ola por municipios", \
"Subsection",
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Cell["\<\
Para ver las propiedades disponibles para una funci\[OAcute]n concreta \
podemos usar la ayuda o escribir:\
\>", "Item",
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Cell["\<\
Se pretende analizar c\[OAcute]mo se distribuye la poblaci\[OAcute]n espa\
\[NTilde]ola por municipios seg\[UAcute]n su n\[UAcute]mero de habitantes. No \
pretende ser un estudio riguroso, simplemente es un esbozo de c\[OAcute]mo \
podr\[IAcute]amos afrontar un estudio estad\[IAcute]stico.\
\>", "Text",
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Cell["\<\
La funcion CityData[{All, \"Spain\"}] nos dara los nombre de todas los \
municicipios  espa\[NTilde]olae, podemos ahora aplicarla para obtener la \
poblacion de totos los municipios espa\[NTilde]oles\
\>", "Text",
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Cell["\<\
A continuaci\[OAcute]n hacemos un primer an\[AAcute]lisis de los datos para \
lo que suele ser muy \[UAcute]til su representaci\[OAcute]n gr\[AAcute]fica. \
Calculamos los estad\[IAcute]sticos m\[AAcute]s comunes. \
\>", "Text",
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Observamos que \[EAcute]stos presentan una fuerte asimetr\[IAcute]a. Podemos \
verlo mejor si los representamos en escala logar\[IAcute]tmica:\
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Cell["\<\
Una primera conclusi\[OAcute]n es la fuerte asimetr\[IAcute]a de la \
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el elevado n\[UAcute]mero de municipios con una poblaci\[OAcute]n muy peque\
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 "Queremos calcular la distribuci\[OAcute]n de la esperanza de vida del \
conjunto de la poblaci\[OAcute]n espa\[NTilde]ola partiendo de los datos de \
la esperanza de vida de hombres y mujeres por separado. Se asumir\[AAcute] \
que la esperanza de vida sigue una distribuci\[OAcute]n normal y se supondr\
\[AAcute] que las condiciones del presente son aplicables a su proyecci\
\[OAcute]n futura. Para la desviaci\[OAcute]n t\[IAcute]pica de la esperanza \
de vida para edades avanzadas utilizamos (deducido de: http://www.ine.es/): \
6.7 a\[NTilde]os para hombres y 6.9 a\[NTilde]os para mujeres.",
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 "Los datos de la esperanza de vida los vamos a obtener con ",
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Si consideramos exclusivamente los varones, esta probabilidad es \
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celda tipo ",
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