En esta secci\363n hablaremos del ejemplo m\341s sencillo de un modelo de equilibrio general en el que a\372n no aparece el gobierno. Como a lo largo del libro vamos a referirnos a temas Macroecon\363micos, cuando hablemos de bienes, factores o agentes econ\363micos lo estaremos haciendo en forma agregada. Es decir, hablaremos de un "grupo de individuos" en vez de a un solo individuo. Igualmente, estaremos pensando en un grupo de empresas, en lugar de una sola empresa. Asimismo, tendremos un solo bien, un producto y/o servicio que bien puede identificarse en abstracto con el Producto Interno Bruto o con una canasta de bienes.Por lo general, una vez que tenemos al grupo de consumidores, la Macroeconom\355a Neocl\341sica los tratar\341 como la juxtaposici\363n de individuos id\351nticos.Cabe se\361alar que esta agregaci\363n no presupone colusi\363n. En efecto, estaremos sumando las decisiones de individuos que concurren a los mercados sin tener ning\372n tipo de poder monop\363lico o monops\363nico. As\355 pues, primero se analiza la respuesta de un individuo representativo y atom\355sticamente peque\361o, y despu\351s se construye la oferta o demanda agregada correspondiente. Lo mismo sucede del lado de las empresas. Es pr\341ctica com\372n en la formalizaci\363n del Modelo Neocl\341sico, se agregan muchas peque\361as empresas para llegar a las funciones de producci\363n, costos y demanda de factores agregadas as\355 como una oferta agregada de bienes. En cualquier caso, tanto productores como consumidores se comportar\341n como tomadores de precios.

Iniciemos la construcci\363n del modelo b\341sico con la descripci\363n de lo que sucede con el sector de las familias en una econom\355a dada (pa\355s, regi\363n, etc). Las familias est\341n compuestas por personas que no s\363lo consumen, sino que ofrecen su mano de obra a cambio de la cual obtienen un ingreso. M\341s a\372n, tambi\351n como parte del sector familias se encuentran las personas que son due\361as de las empresas y cuyos ingresos provienen directamente de las ganancias que tales empresas generan.Supongamos que el sector familias ( familia representativa) tiene una funci\363n de utilidad que depende, positivamente, de la cantidad de bienes que consume, C, es decir, del consumo agregado o consumo nacional y negativamente, del trabajo realizado, T. En otras palabras, el bienestar de las familias se incrementa al aumentar el tiempo dedicado al ocio y disminuye en la medida en que m\341s tiempo se destine a trabajar. Podemos ilustrar lo anterior mediante una expresi\363n como la que aparece enseguida. Se trata de una funci\363n de utilidad se conoce como Cobb-Douglass donde NiMlJmFscGhhRw== tomar\341 valores entre cero y uno a lo largo del ejercicio.restart;U:=(C,T)-> ln((C^alpha)*(H-T)^(1-alpha));

NiM+JSJVR2YqNiQlIkNHJSJURzYiNiQlKW9wZXJhdG9yRyUmYXJyb3dHRiktJSNsbkc2IyomKTkkJSZhbHBoYUciIiIpLCYlIkhHRjQ5JSEiIiwmRjRGNEYzRjlGNEYpRilGKQ==

La gr\341fica que aparece a continuaci\363n nos muestra lo que sucede con el nivel de bienestar de las familias para distintos valores del consumo (entre 0 y 100 unidades), del trabajo (entre 0 y 24 unidades) y del par\341metro de preferencias NiMlJmFscGhhRw== (entre 0.1 y 0.9). Ciertamente no es posible ver el la relaci\363n entre estas cuatro variables (U, C, T y NiMlJmFscGhhRw==) en una sola gr\341fica. Por esta raz\363n se opt\363 por hacer 10 gr\341ficas que muestran la relaci\363n entre U,C y T para 10 distintos valores de NiMlJmFscGhhRw==. M\341s a\372n, si estas diez gr\341ficas se presentan una despu\351s de otra tendremos algo parecido a lo que ocurre cuando presentamos varios dibujos en secuencia: es decir, una animaci\363n. Dicha animaci\363n puede activarse mediante el posicionamiento del cursor sobre la gr\341ficawith(plots): H:=24: animate3d(U(C,T),C=0..100,T=0..24,alpha=0.1..0.9, axes=normal, frames=10, style=patchcontour, shading=zhue, orientation=[-150,40], style=patchcontour, title=`Funcion de Utilidad (animada) `,titlefont=[TIMES,BOLDITALIC,12], axesfont=[TIMES,ITALIC,8],labelfont=[TIMES,BOLDITALIC,9]); H:='H':

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Conviene mencionar que las curvas de nivel son c\363ncavas hacia abajo. Esto es debido a que decidimos graficar trabajo, T, contra consumo C . Si en lugar de T hubi\351ramos graficado el ocio (H-T) contra consumo C, observar\355amos la forma convencional de las curvas de indiferencia. Por otro lado, y como es de esperarse, a medida que NiMlJmFscGhhRw== toma valores m\341s cercanos a la unidad, las curvas de nivel toman la forma de l\355neas rectas paralelas al eje de la variable T. Supongamos ahora que los individuos que nos ocupan son racionales. Lo anterior significa que buscan siempre alcanzar el m\341ximo bienestar, dadas sus restricciones. En este caso su restricci\363n est\341 dada por el hecho de que para poder comprar bienes, deben contar con un ingreso. Este puede provenir ya sea de su trabajo o de las ganancias que obtengan las empresas en que tengan alguna participaci\363n accionaria. En este modelo el ingreso familiar, pues, depender\341 de tres variables: del salario por hora, del n\372mero de horas trabajadas y de las ganancias que reciban las familias.En virtud de que supusimos que las familias eran "tomadoras de precios", el nivel de salario por hora de trabajo, w, es visto como una variable ex\363gena, es decir, sobre la cual no tienen control alguno. Lo mismo sucede con la variable ganancias, NiMlI3BpRw==. De esta forma, la \372nica manera en que las familias pueden controlar por s\355 mismas el nivel de ingreso que reciben es mediante la determinaci\363n del n\372mero de horas que est\351n dispuestas a trabajar. En s\355ntesis, dados los salarios y las ganancias, mientras m\341s horas se trabajen m\341s ingreso puede alcanzarse y m\341s puede consumirse, y viceversa.R:=(w,pi,T)->w*T+pi;

NiM+JSJSR2YqNiUlIndHJSNwaUclIlRHNiI2JCUpb3BlcmF0b3JHJSZhcnJvd0dGKiwmKiY5JCIiIjkmRjFGMTklRjFGKkYqRio=

Para encontrar la soluci\363n al problema de optimizaci\363n de las familias, resultar\341 conveniente definir la siguiente funci\363n Lagrangiana:Lambda:=(C,T,lambda)->U(C,T)+lambda*(C-R(w,pi,T));

NiM+JSdMYW1iZGFHZio2JSUiQ0clIlRHJSdsYW1iZGFHNiI2JCUpb3BlcmF0b3JHJSZhcnJvd0dGKiwmLSUiVUc2JDkkOSUiIiIqJjkmRjQsJkYyRjQtJSJSRzYlJSJ3RyUjcGlHRjMhIiJGNEY0RipGKkYq

Es sabido que las condiciones de primer orden de Kuhn-Tucker para un extremo (m\341ximo o m\355nimo) se cumplen cuando, simult\341neamente, las derivadas parciales de la funci\363n Lagrangiana respecto de las variables de control (C y T) y respecto del multiplicador de Lagrange (NiMlJ2xhbWJkYUc=) se igualan a cero:lc:=(C,T,lambda)->diff(Lambda(C,T,lambda),C): lt:=(C,T,lambda)->diff(Lambda(C,T,lambda),T): ll:=(C,T,lambda)->diff(Lambda(C,T,lambda),lambda):A continuaci\363n, y s\363lo con fines informativos, se presentan las expresiones correspondientes a las referidas derivadas parciales.lc(C,T,lambda);

NiMsJiomJSZhbHBoYUciIiIlIkNHISIiRiYlJ2xhbWJkYUdGJg==

lt(C,T,lambda);

NiMsJiomLCYiIiJGJiUmYWxwaGFHISIiRiYsJiUiSEdGJiUiVEdGKEYoRigqJiUnbGFtYmRhR0YmJSJ3R0YmRig=

ll(C,T,lambda);

NiMsKCUiQ0ciIiIqJiUid0dGJSUiVEdGJSEiIiUjcGlHRik=

solucion_familias:=solve({lc(C,T,lambda)=0, lt(C,T,lambda)=0, ll(C,T,lambda)=0}, {C,T,lambda}): assign(solucion_familias);Antes de seguir adelante conviene recordar que estamos tratando de encontrar la forma en que los individuos determinan su consumo y la cantidad de trabajo que desean ofrecer en el mercado de trabajo, dados los salarios vigentes en el mercado y las ganancias que esperan recibir. Es decir, queremos obtener una demanda de bienes y una oferta de trabajo a partir del comportamiento optimizador de las familias.Las soluci\363n simult\341nea de las condiciones de primer orden del ejercicio de optimizaci\363n, resulta en las expresiones correspondientes a la funci\363n consumo, c[d], y oferta de trabajo, t[s]. Faltar\355a complementar estas expresiones con las restricciones de no-negatividad (es decir, precios y cantidades positivas) y otras condiciones relacionadas con la curvatura de la funci\363n objetivo, para poder asegurar que estamos efectivamente hablando de la funci\363n consumo y oferta de trabajo. Nos referiremos a ellas m\341s adelante. Asumamos por ahora que tales condiciones adicionales se cumplen. c[d]:=unapply(C,w,pi);

NiM+JiUiY0c2IyUiZEdmKjYkJSJ3RyUjcGlHNiI2JCUpb3BlcmF0b3JHJSZhcnJvd0dGLCwmKiglJmFscGhhRyIiIjkkRjMlIkhHRjNGMyomRjJGMzklRjNGM0YsRixGLA==

t[s]:=unapply(T,w,pi);

NiM+JiUidEc2IyUic0dmKjYkJSJ3RyUjcGlHNiI2JCUpb3BlcmF0b3JHJSZhcnJvd0dGLComLCgqKCUmYWxwaGFHIiIiOSRGNCUiSEdGNEY0KiZGM0Y0OSVGNEY0RjghIiJGNEY1RjlGLEYsRiw=

lambda[o]:=unapply(lambda,w,pi);

NiM+JiUnbGFtYmRhRzYjJSJvR2YqNiQlIndHJSNwaUc2IjYkJSlvcGVyYXRvckclJmFycm93R0YsLCQqJiIiIkYyLCYqJjkkRjIlIkhHRjJGMjklRjIhIiJGOEYsRixGLA==

En virtud de la especificaci\363n que hicimos de la funci\363n de utilidad, U, la funci\363n consumo, c[d], indica que las familias buscar\355an asignar a la compra de bienes una proporci\363n igual a NiMlJmFscGhhRw== del ingreso potencial: NiMsJiomJSJ3RyIiIiUiSEdGJkYmJSNwaUdGJg==. Por su parte, los consumidores estar\341n dispuestos a trabajar m\341s horas en la medida en que los salarios, w, sean mayores y los ingresos provenientes de las utilidades de las empresas, NiMlI3BpRw==, sean menores, siempre y cuando NiMlJmFscGhhRw== sea positiva pero menor que la unidad.S\363lo falta verificar el cumplimiento de las condiciones Kuhn-Tucker de segundo orden. Estas condiciones son suficientes para afirmar que las funciones de demanda de bienes y oferta de trabajo efectivamente correspondan a un punto en que las familias est\341n maximizando su bienestar dada la restriccion presupuestal. Lo que estamos buscando es un valor positivo para el determinante del Hessiano orlado correspondiente a la funci\363n Lagrangiana con que se ha venido trabajando.with(linalg): A:=hessian(Lambda(x,y,z), [x,y,z]);

Warning, the protected names norm and trace have been redefined and unprotected NiM+JSJBRy0lJ21hdHJpeEc2IzclNyUsJComJSZhbHBoYUciIiIlInhHISIjISIiIiIhRi03JUYxLCQqJiwmRi1GLUYsRjBGLSwmJSJIR0YtJSJ5R0YwRi9GMCwkJSJ3R0YwNyVGLUY5RjE=

Tal Hessiano orlado se obtiene al substituir la demanda de bienes, c[d], la oferta de trabajo, t[s], en la matriz A en la forma en que se indica a continuaci\363n:x:=c[d](w,pi): y:=t[s](w,pi):Delta:=factor(collect(det(A),alpha));

NiM+JSZEZWx0YUcsJCoqJSJ3RyIiIywmISIiIiIiJSZhbHBoYUdGK0YqRixGKiwmKiZGJ0YrJSJIR0YrRislI3BpR0YrISIjRio=

El numerador del determinante NiMlJkRlbHRhRw==, NiMsJCokJSJ3RyIiIyEiIg==, es obviamente negativo . Por su parte, el denominador es negativo siempre y cuando NiMyLCYiIiJGJSUmYWxwaGFHISIiIiIh, lo cual hemos venido suponiendo a lo largo del ejercicio.

El tratamiento que se da a las empresas es muy similar al de los consumidores. De hecho, suponemos que los empresarios son racionales y que participan en mercados competitivos.Las empresas tienen como objetivo maximizar sus ganancias mediante la producci\363n y venta de bienes y/o servicios. Para lograr lo anterior concurren al mercado de factores de la producci\363n, en este caso muy simple es el mercado de mano de obra. De ah\355 se allegan los recursos necesarios para llevar a cabo la producci\363n de bienes, ello en un entorno determinado por una cierta tecnolog\355a o funci\363n producci\363n como la que se define a continuaci\363n. T:='T':y:=(T)->T^beta;

NiM+JSJ5R2YqNiMlIlRHNiI2JCUpb3BlcmF0b3JHJSZhcnJvd0dGKCk5JCUlYmV0YUdGKEYoRig=

Para visualizar las caracter\355sticas de esta ecuaci\363n podemos ayudarnos otra vez de una gr\341fica animada.. En ella puede verse que cuando NiMlJWJldGFH se aproxima a la unidad, esta toma la forma de una l\355nea con pendiente de 45 grados que pasa por el origen. Este es el caso en que la tecnolog\355a exhibe rendimientos constantes a escala. Por su parte, los rendimientos decrecientes e hacen m\341s pronunciados a medida que los valores del par\341metro NiMlJWJldGFH son m\341s cercanos a cero.with(plots): animate(y(T),T=0..24,beta=0.5..0.9,color=blue,frames=50,title=`Funcion Produccion (animada)`,titlefont=[TIMES,BOLDITALIC,12], axesfont=[TIMES,ITALIC,8],labelfont=[TIMES,BOLDITALIC,9]);

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El siguiente paso es modelar el comportamiento optimizador de las empresas. Para ello es necesario especificar la funci\363n de beneficios econ\363micos de la empresa representativa como la diferencia entre ingresos y costos. Los ingresos provienen de las ventas de la producci\363n en el mercado y los costos del pago de la n\363mina, seg\372n aparece a continuaci\363n.B:=(T,w)->y(T)-w*T; b:=unapply(diff(B(T,w),T),T,w);

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Las empresas buscar\341n maximizar las ganancias mediante la determinaci\363n del n\372mero de trabajadores que estar\355an dispuestos a contratar. As\355, la variable de control es T . Por cierto, en esta ocasi\363n la optimizaci\363n no presenta otra restricci\363n que la propia especificaci\363n de la funci\363n producci\363n, de manera que las condici\363n de primer orden es la anulaci\363n de la derivada parcial de la funci\363n beneficios respecto del nivel de empleo.solucion_empresa:=solve(b(T,w)=0,{T}): assign(solucion_empresa); t[d]:=unapply(T,w);

NiM+JiUidEc2IyUiZEdmKjYjJSJ3RzYiNiQlKW9wZXJhdG9yRyUmYXJyb3dHRistJSRleHBHNiMsJComLSUjbG5HNiMqJiUlYmV0YUciIiI5JCEiIkY5LCZGOEY5RjlGO0Y7RjtGK0YrRis=

Ahora bien, hemos dicho que aunque las empresas contratan trabajadores, ellas no hacen como un fin en s\355 mismo. En efecto, su prop\363sito es contratar trabajadores para producir bienes. Es por ello que la demanda de trabajo, t[d], y la oferta de bienes, c[s], son resultado del mismo proceso optimizador.Para obtener la oferta de bienes, bastar\341 con sustituir la demanda de trabajo, t[d], en la funci\363n producci\363n, y[T], como se muestra a continuaci\363n:c[s]:=(w)->y(t[d](w)): c[s](w);

NiMpLSUkZXhwRzYjLCQqJi0lI2xuRzYjKiYlJWJldGFHIiIiJSJ3RyEiIkYuLCZGLUYuRi5GMEYwRjBGLQ==

Las condiciones de segundo orden para este ejercicio de optimizaci\363n ser\341n satisfechas si NiMyLSUlZGlmZkc2JS0lIkJHNiQlIlRHJSJ3R0YqRioiIiE=. Ello ocurrir\341 mientras la funci\363n producci\363n muestre rendimientos decrecientes, es decir, si NiMyJSViZXRhRyIiIg==.T:='T':simplify(factor(diff(B(T,w),T,T)));

NiMqKCklIlRHLCYlJWJldGFHIiIiIiIjISIiRihGJ0YoLCZGJ0YoRihGKkYo

De los ejercicios resueltos en las dos secciones previas obtuvimos las ecuaciones necesarias para determinar el equilibrio simult\341neo en los mercados de bienes y mano de obra, es decir, a lo que nos referiremos como el equilibrio general. Una condicion que impondremos en este equilibrio provendr\341 de sustituir la funci\363n de beneficios que resulta de la optimizaci\363n de las empresas en el nivel de ganancias que utilizan los trabajadores para definir su demanda de bienes. Esta condici\363n presupone que los consumidores cuentan con muy amplia informaci\363n, y que procesan dicha informaci\363n de la manera en que mejor responde a sus objetivos. Hecho lo anterior, determinaremos el punto donde se cruzan las ofertas y las demandas respectivas. Es decir, donde el exceso de demanda en el mercado de bienes y el exceso de demanda en el mercado de trabajo se hacen iguales a cero. Las funciones de exceso de demanda en el mercado de bienes , E[c], y en el mercado de trabajo, E[t], son las que enseguida aparecen: E[c]:= w->c[d](w,B(t[d](w),w))-c[s](w):E[c](w);

NiMsKCooJSZhbHBoYUciIiIlIndHRiYlIkhHRiZGJiomRiVGJiwmKS0lJGV4cEc2IywkKiYtJSNsbkc2IyomJSViZXRhR0YmRichIiJGJiwmRjVGJkYmRjZGNkY2RjVGJiomRidGJkYsRiZGNkYmRiZGK0Y2

E[t]:=w->t[d](w)-t[s](w,B(t[d](w),w)):E[t](w);

NiMsJi0lJGV4cEc2IywkKiYtJSNsbkc2IyomJSViZXRhRyIiIiUid0chIiJGLiwmRi1GLkYuRjBGMEYwRi4qJiwqKiglJmFscGhhR0YuRi9GLiUiSEdGLkYuKiZGNUYuLCYpRiRGLUYuKiZGL0YuRiRGLkYwRi5GLkY5RjBGOkYuRi5GL0YwRjA=

Aunque no es evidente a primera vista, bastar\341 con que se tenga equilibrio en uno de los mercados para obtener el equilibrio en el otro mercado. Para probar esta afirmaci\363n ser\341 necesario sumar el valor de los excesos de demanda en ambos mercados: E[c]+wE[t] . Una vez realizadas las simplificaciones necesarias resulta que dicha suma es igual a cero. Eso quiere decir, que si en un mercado el exceso de demanda es cero, tambi[en lo ser[a en el otro. Esta propiedad del modelo con que estamos trabajando se conoce como la Ley de Walras.simplify(E[c](w)+w*E[t](w));

NiMiIiE=

En su forma m\341s general, la Ley de Walras establece que cuando se tienen NiMlIk5H mercados en los que participan agentes optimizadores, basta con que se\341 calcule el equilibrio en NiMsJiUiTkciIiJGJSEiIg== de ellos para garantizar que el \372ltimo tambi\351n est\351 en equilibrio.Tomemos ahora una de las funciones de exceso de demanda, por ejemplo, el exceso de demanda en el mercado debienes, E[c], y encontremos el nivel de salario real que garantice que tal exceso de demanda es igual a cero.solve(E[c](w)=0,w);

NiMqKi0lJGV4cEc2IyomLSUjbG5HNiMqKiUlYmV0YUciIiIsKCUmYWxwaGFHISIiKiZGL0YtRixGLUYtRi1GLUYwRi9GLSUiSEdGLUYtRixGLUYtRi5GLUYvRjBGMkYw

S\363lo con fines ilustrativos, comprobamos que el resultado es el mismo si en vez de resolver el equilibrio en el mercado de bienes lo hacemos en el mercado de trabajo.solve(E[t](w)=0,w);

NiMqKi0lJGV4cEc2IyomLSUjbG5HNiMqKiUlYmV0YUciIiIsKCUmYWxwaGFHISIiKiZGL0YtRixGLUYtRi1GLUYwRi9GLSUiSEdGLUYtRixGLUYtRi5GLUYvRjBGMkYw

El equilibrio puede visualizarse de varias formas. Un primer ejemplo aparece en las siguientes dos gr\341ficas, las cuales corresponden al caso hipot\351tico en el que NiMvJSZhbHBoYUctJSZGbG9hdEc2JCIiJiEiIg== y NiMvJSViZXRhRy0lJkZsb2F0RzYkIiIlISIi. Cada curva muestra respectivamente el exceso de demanda en el mercado de bienes y en el mercado de trabajo para distintos niveles del salario real, w. Resalta la forma que toman ambas curvas, donde una de ellas es aproximadamente la imagen de espejo de la otra, por virtud de la Ley de Walras. El lector podr\341 modificar el valor de los par\341metros aludidos para hacer la est\341tica comparativa del equilibrio general ante cambios en las formas de la funci\363n de utilidad y la funci\363n producci\363n.with(plots): alpha:=0.5: beta:=0.4: H:=24: grafica1:=plot(E[c](w),w=0.1..0.15,title=`Mercado de Bienes`,titlefont=[TIMES,BOLDITALIC,12], axesfont=[TIMES,ITALIC,8],labelfont=[TIMES,BOLDITALIC,10]): grafica2:=plot(w*E[t](w),w=0.1..0.15,title=`Mercado de Trabajo`,titlefont=[TIMES,BOLDITALIC,12], axesfont=[TIMES,ITALIC,8],labelfont=[TIMES,BOLDITALIC,10]): display(grafica1); display(grafica2); alpha:='alpha': beta:='beta': H:='H':

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

Los niveles de empleo en el equilibrio, t[e] , y de actividad econ\363mica, y=c[e], se determinan, respectivamente, sustituyendo la soluci\363n del salario de equilibrio, w[e], en la demanda, t[d] (u oferta, t[s]) de trabajo, y este resultado a su vez en la funci\363n producci\363n, y[T]. W:=solve(E[c](w)=0,w): w[e]:=unapply(W,alpha,beta,H): simplify(w[e](alpha,beta,H));

NiMqKikqKiUlYmV0YUciIiIsKCUmYWxwaGFHISIiKiZGKUYnRiZGJ0YnRidGJ0YqRilGJyUiSEdGJ0YmRidGKEYnRilGKkYsRio=

T:=t[d](w[e](alpha,beta,H)): t[e]:=unapply(T,alpha,beta,H): simplify(t[e](alpha,beta,H));

NiMpKiwlJWJldGFHIiIiKSoqRiVGJiwoJSZhbHBoYUchIiIqJkYqRiZGJUYmRiZGJkYmRitGKkYmJSJIR0YmLCRGJUYrRiZGKUYrRipGJkYtRiYsJComRiZGJiwmRiVGJkYmRitGK0Yr

C:=c[s](w[e](alpha,beta,H)): c[e]:=unapply(C,alpha,beta,H): simplify(c[e](alpha,beta,H));

NiMpKSosJSViZXRhRyIiIikqKkYmRicsKCUmYWxwaGFHISIiKiZGK0YnRiZGJ0YnRidGJ0YsRitGJyUiSEdGJywkRiZGLEYnRipGLEYrRidGLkYnLCQqJkYnRicsJkYmRidGJ0YsRixGLEYm

Aunque las expresiones que aparecen arriba pueden parecer un tanto cuanto ilegibles, una r\341pida inspecci\363n nos permite llegar a un par de conclusiones interesantes:El equilibrio general depende sola y precisamente de NiQlJmFscGhhRyUiSEc= y de NiMlJWJldGFH. Es decir, cualquier cambio en la asignaci\363n de recursos y, por lo tanto, cualquier variaci\363n en los niveles de actividad y empleo tendr\355an que darse como resultado de variaciones en las preferencias y/o en la tecnolog\355aS\363lo hay un precio en la econom\355a: el salario real, w. Sin embargo, hay dos mercados, uno en el que se intercambian bienes y otro en el que se compra y vende el factor de la producci\363n T. Esto es el resultado de que escogimos como numerario a los bienes de consumo cuyo precio, en t\351rminos de s\355 mismo es igual a la unidad, por definici\363n. En otras palabras, en un entorno como el modelado en esta secci\363n del curso, lo que importa en la determinaci\363n del equilibrio y la distribuci\363n del ingreso son los precios relativos y no sus niveles absolutos.

La gr\341fica que aparece a continuaci\363n, muestra la posici\363n de la funci\363n de utilidad, U, y de la frontera de posibilidades de producci\363n, alrededor del equilibrio general. with(plots): alpha:=0.4: beta:=0.5: H:=24: indiferencia:=plot([c[d](w,B(t[d](w),w)),24-t[s](w,B(t[d](w),w)), w=.65*w[e](alpha,beta,H)..1.35*w[e](alpha,beta,H)], title=`Equilibrio General`, titlefont=[TIMES,BOLDITALIC,12], labels=[`consumo`,`ocio`], labeldirections=[HORIZONTAL,VERTICAL], axesfont=[TIMES,ITALIC,8],labelfont=[TIMES,BOLDITALIC,10],color=black): produccion:=plot([c[s](w,B(t[d](w),w)),24-t[d](w,B(t[d](w),w)), w=.65*w[e](alpha,beta,H)..1.55*w[e](alpha,beta,H)],color=blue): display(indiferencia,produccion); alpha:='alpha': beta:='beta': H:='H':

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

La curva c\363ncava hacia abajo y de color azul corresponde a las combinaciones de producci\363n c[s], y ocio H-t[s] que resultan del ejercicio de optimizaci\363n de las empresas. Por su parte, la l\355nea convexa y de color negro es la curva de indiferencia para un nivel de utilidad equivalente al que se obtiene cuando el consumidor representativo determina su demanda de bienes, c[d], y oferta de trabajo, t[s], al nivel del salario real de equilibrio w[e]. El resultado puede resumirse como sigue: En el equilibrio, la tasa marginal de sustituci\363n de los consumidores es igual a la tasa marginal de transformaci\363n de las empresas. Dicha tasa corresponde al nivel del salario real, ' w, y se desprende del hecho de que ambas curvas son tangentes entre si en dicho equilibrio Dadas las decisiones de los productores, las familias no pueden alcanzar una combinaci\363n m\341s satisfactoria de consumo y ocio que la que tienen en el equilbrio. Toda vez que las curvas de indiferencia no se cruzan entre si, como vimos al principio de este cap\355tulo, cualquier otro punto sobre la frontera de producci\363n corresponder\355a a curvas de indiferencia con un menor nivel de bienestar.Toda vez que la frontera de posibilidades de producci\363n proviene del ejericicio de optimizaci\363n de las empresas, tenemos que concluir que los productores est\341n asignando optimamente los recursos en cada punto.Por lo tanto, en esta sociedad hipot\351tica de agentes optimizadores, el resultado de decisiones individuales enfocadas a maximizar los objetivos de cada persona, se traducen a trav\351s de su correncia en el mercado, en resultados de producci\363n y asignaci\363n que maximizan el bienestar colectivo.

De acuerdo con los resultados que se presentaron anteriormente, las \372nicas razones por las cuales la econom\355a de un pa\355s puede ser diferente a la de otro son diferencias en tecnolog\355a o en preferencias. La gr\341fica siguiente presenta los niveles que mostrar\355a el Producto Nacional Bruto per capita de un pa\355s para distintos valores de NiMlJmFscGhhRw== y NiMlJWJldGFH dentro de un rango entre 0.1 y 0.9. Dicha gr\341fica sugiere que es posible observar grandes diferencias en el ingreso per capita en un mundo con individuos optimizadores. Por ejemplo, la econom\355a m\341s peque\361a registra un PNB per c\341pita de aproximadamente 1, mientras que la m\341s grande toma un valor de alrededor de 16.Claro esta que las diferencias se deben, en parte a las preferencias y en parte a la tecnolog\355a. Si rotamos la gr\341fica, colocando el cursor sobre ella, de manera que desaparezca el eje NiMlJWJldGFH , veremos exclusivamente el efecto de cambios en NiMlJmFscGhhRw==. En ese caso, y aun si el valor de NiMlJWJldGFH se mantiene en 0.9, veremos importantes diferencias en el PNB per capita, con rangos que van desde alrededor de 4 hasta 16. En consecuencia, seg\372n la teor\355a que subyace a este modelo, no son solamente las diferencias en tecnolog\355a las que explican la brecha entre naciones m\341s ricas y las menos pr\363speras, sino que las preferencias pueden explicar una parte importante de estas discrepacias. with(plots): H:=24: plot3d(c[e](alpha,beta,24),alpha=0.1..0.90,beta=0.1..0.90, axes=boxed, title=`Valores Observables del PIB `, labels=[a,b,``], titlefont=[TIMES,BOLDITALIC,12], axesfont=[TIMES,BOLDITALIC,8],labelfont=[SYMBOL,9]); H:='H':

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C707E33DC64026E8CF17A36713402976810D75EAD2402C4D31C5197FB5402F7507CCFFA848-%&TITLEG6$Q=Valores~Observables~del~PIB~F0-%%FONTG6%%&TIMESG%+BOLDITALICG"#7-%+AXESLABELSG6)Q"aF0Q"bF0Q!F0-F76$%'SYMBOLG""*%+HORIZONTALGFFFF-%*AXESSTYLEG6#%$BOXG-%*AXESTICKSG6&""&FNFN-F76%F9F:"")-%*LINESTYLEG6#""!-%,ORIENTATIONG6$$"#XFUFY

En este modelo, el ingreso se distribuye entre trabajadores y propietarios de las empresas. Por eso, la pregunta que podemos contestar es qu\351 proporci\363n del Producto Nacional Bruto va a la n\363mina, y obviamente por diferencias, qu\351 parte toma la forma de ganancias. La gr\341fica siguiente reporta los valores que toma el cociente n[e]/c[e], donde n[e], la n\363mina total que resulta de multiplicar los salarios en el equilibrio por el nivel de empleo en equilibrio, w[e] t[e]. Por su parte, c[e], es el producto nacional bruto.Se observa que la distribuci\363n del ingreso depende exclusivamente de la tecnolog\355a. Es decir, para un nivel dado de NiMlJWJldGFH, cambios en el valor de NiMlJmFscGhhRw== no se traducen en diferencias en la distribuci\363n del ingreso. nomina:=w[e](alpha,beta,H)*t[e](alpha,beta,H): n:=unapply(nomina,alpha,beta,H): H:=24: plot3d(n(alpha,beta,24)/c[e](alpha,beta,24),alpha=0.1..0.90,beta=0.1..0.90, axes=boxed, labels=[`a`,`b`,``], title=`Participacion de la Nomina en el PNB`, orientation=[20,50], titlefont=[TIMES,BOLDITALIC,12], axesfont=[TIMES,ITALIC,8], labelfont=[SYMBOL,9]); H:='H':

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Se observa que la distribuci\363n del ingreso depende exclusivamente de la tecnolog\355a. Es decir, para un nivel dado de NiMlJWJldGFH, cambios en el valor de NiMlJmFscGhhRw== no se traducen en diferencias en la distribuci\363n del ingreso. Adicionalmente, la participaci\363n de la n\363mina en el PNB es igual al par\341metro NiMlJWJldGFH.

Antes de contestar la pregunta es necesario hacer algunas precisiones. En las secciones anteriores vimos que el equilibrio general se alcanzaba en el punto donde la frontera de posibilidades de producci\363n y cierta curva de indiferencia eran tangentes entre s\355. En dicho caso, era posible ver niveles de producci\363n mayores, sin embargo el bienestar que dicha producci\363n implicaba era menor puesto que se lograba a costa de un menor ocio. En consecuencia, el modelo reconoce que fuera del equilibrio es posible ver mayor producci\363n y menor bienestar.Sin embargo, si refraseamos la pregunta para saber si mayores niveles de producci\363n de equilibrio corresponden a mayores niveles de bienestar, la respuesta ser\341 diferente.. La gr\341fica que aparece enseguida muestra varias curvas. Cada una de ellas describe la relaci\363n entre el nivel de producci\363n de equilibrio, el cual cambia como resultado de variaciones en el valor del par\341metro NiMlJWJldGFH, para distintos niveles NiMlJmFscGhhRw==. En todos los casos, la relaci\363n es positiva, si bien se refleja el hecho de que la utilidad marginal del consumo es decreciente, puesto que a niveles de bienestar relativamente altos, se necesita de aumentos muy importantes en la producci\363n para observar incrementos sucesivos en la satisfacci\363n del p\372blico.En s\355ntesis, de acuerdo con este modelo, una mayor capacidad de producci\363n es condici\363n indispensable para elevar el bienestar de la sociedad.H:=24: for j from 1 by 2 while j < 10 do alpha:=evalf(j/10): grafica[j]:=plot([U(c[e](alpha,beta,H),24-t[e](alpha,beta,H)),c[e](alpha,beta,H),beta=0.1..0.90], axes=boxed, labels=[Bienestar,PNB], title=`Combinaciones PNB-bienestar`, titlefont=[TIMES,BOLDITALIC,12], labeldirections=[HORIZONTAL,VERTICAL], color=black, axesfont=[TIMES,ITALIC,8],labelfont=[TIMES,BOLDITALIC,9]): end do: display(grafica[1],grafica[3],grafica[5],grafica[7],grafica[9]); H:='H': alpha:='alpha': beta:='beta':

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El lector puede profundizar en las ideas presentadas en este cap\355tulo consultando las secciones referentes a teoremas de bienestar y equilibrio general en los siguientes textos.McCallum, Bennett. Monetary Economics. Mcmillan, New York, 1989Parkin, Michael. Microeconom\355a. M\351xico, Pearson, 2001Romer, David. Advanced Macroeconomics. McGraw Hill, New York, 1996Varian, Hal. Intermediate Microeconomics. WW Norton, Cincinnati, 1999