Polígonos regulares e irregulares

[size=200][b]Diferencias entre polígono regular e irregular[/b][/size][br][br]Los [b]polígonos regulares[/b] son aquellos que tienen todos sus lados y ángulos iguales.[br]Los [b]polígonos irregulares[/b] son los que no cumplen esas dos condiciones.
[size=200][b]Características de los polígonos irregulares[br][br][/b][/size]- Todos sus lados miden lo mismo[br]- Todos sus ángulos interiores miden lo mismo[br]- Todos los ángulos exteriores miden lo mismo[br]- Tiene varios ejes de simetría[br]- Todas sus diagonales miden lo mismo
[size=200][b]Polígono regular e irregular según el número de lados[br][br][/b][i]Tres lados[br][br][/i][/size]
[size=200][i]Cuatro lados[/i][/size]
[size=200][i]5 lados o más[/i][/size]
[size=200][b]¿Cómo medir ángulos interiores?[br][br][/b][/size]Para saber cuánto mide cada ángulo de un polígono regular se debe dividir la suma total de sus ángulos entre el número de lados que tenga el polígono. Para ello se puede emplear la siguiente fórmula:
[size=200][b]Ejemplos de polígonos[/b][/size]
[size=200][b]Perímetro y área [br][br][/b][/size]La siguiente tabla muestra las fórmulas que se van a emplear durante el curso para calcular el perímetro y área de las distintas figuras

PUNTOS NOTABLES DE UN TRIANGULO

Circuncentro
CIRCUNCENTRO
[justify]El circuncentro es el centro del círculo circunstante, que es el círculo que pasa por los tres vértices de un triángulo.[br]Es el punto donde se cortan las bisectrices perpendiculares de los lados del triángulo.[br][/justify][b]Notas[br][/b]Los pasos para realizar los puntos notables de un triangulo son:[br][list=1][*]Una vez encontrándonos con el programa GeoGebra se procede a quitar la cuadricula y el eje [/*][*]Se debe seleccionar la parte de [b]polígono [/b],una vez seleccionado se procede a realizar el triangulo ,los puntos que nos demos son opcionales[/*][*]Antes de armar los puntos notables se debe tomar en cuenta que el circuncentro es la intersección de las mediatrices de los lados de un triangulo[/*][*]Seleccionamos la parte de [b]mediatriz [/b]y se selecciona el punto [b]A [/b]y el punto [b]B, luego[/b] el punto [b]C [/b]al punto [b]B [/b]y finalmente el punto [b]A [/b]al punto [b]C.[/b][/*][*]Para tener mas en claro donde esta la intersección de todas las mediatrices se debe presionar [b]intersección [/b]entre una y otra .[/*][*]Se procede a seleccionar [b]circunferencia (centro, punto) [/b]para poder al fin obtener el circuncentro.[/*][*]Lo que podemos observar es que el triangulo se encuentra dentro de la circunferencia.[/*][/list]
ORTOCENTRO
[justify]El ortocentro es el punto de intersección de las altitudes de un triángulo.Una altitud es un segmento de recta trazado desde un vértice del triángulo perpendicular al lado opuesto.[/justify][b]Notas[br][/b]Los pasos para realizar los puntos notables de un triangulo son:[br][br][list=1][*]Una vez encontrándonos con el programa GeoGebra se procede a quitar la cuadricula y el eje [/*][*]Se debe seleccionar la parte de [b]polígono[/b] ,una vez seleccionado se procede a realizar el triangulo ,los puntos que nos demos son opcionales[/*][*]Antes de armar los puntos notables se debe tomar en cuenta que el ortocentro es la intersección de las perpendiculares de los segmentos.[/*][*]Seleccionamos la parte de [b]perpendicular[/b] y se selecciona el segmento [b]C[/b] y [b]A[/b], luego el segmento [b]A[/b] y [b]B [/b]y finalmente el segmento [b]B[/b] y [b]C.[/b][/*][*]Para tener mas en claro donde esta la intersección de todas las perpendiculares se debe presionar [b]intersección[/b] entre una y otra .[/*][*]Lo que podemos observar es que las perpendiculares del triangulo si se intersectan.[/*][/list][b][br][/b]
BARICENTRO
[justify]El baricentro también se conoce como centroide. Es el centro de masa de una región triangulares el punto donde se cruzan las medianas del triángulo. Una mediana es un segmento de recta trazado desde un vértice del triángulo hasta el punto medio del lado opuesto[/justify][br][b]Notas[br][/b][justify]Los pasos para realizar los puntos notables de un triangulo son:[br][br][/justify][list=1][*]Una vez encontrándonos con el programa GeoGebra se procede a quitar la cuadricula y el eje [/*][*]Se debe seleccionar la parte de [b]polígono[/b] ,una vez seleccionado se procede a realizar el triangulo ,los puntos que nos demos son opcionales[/*][*]Antes de armar los puntos notables se debe tomar en cuenta que el baricentro es la intersección de los puntos medios de los lados.[/*][*]Seleccionamos la parte de [b]punto medio o centro[/b] y se selecciona el punto [b]B [/b]y el punto[b] A[/b], luego el punto [b]A[/b] al punto [b]C[/b] y finalmente el punto [b]B[/b] al punto [b]C[/b].[/*][*]Una vez realizando ese procedimiento se notara que los puntos medios del triangulo se pueden manifestar y para poder realizar la intersección de ellas se selecciona [b]segmento [/b], el punto medio entre [b]B [/b]y [b]A [/b]se los une con el punto [b]C, [/b]el punto medio entre [b]B[/b] y[b] C [/b]se los une con el punto [b]A, luego[/b] el punto medio entre [b]A[/b] y [b]C [/b]se los une con el punto [b]B.[/b][/*][*]Para tener mas en claro donde esta la intersección de todos los puntos medios se debe presionar intersección entre una y otra .[/*][*]Lo que podemos observar es que se intersectan las medianas[/*][/list]
INCENTRO
[justify][/justify][justify][/justify][justify]El incentro es el centro de la circunferencia, que es la circunferencia inscrita dentro del triángulo.Es el punto donde se cortan las bisectrices del triángulo. Una bisectriz de un ángulo es una recta que divide un ángulo en dos partes iguales[/justify][justify][b]Notas[br][/b]Los pasos para realizar los puntos notables de un triangulo son:[br][/justify][list=1][*]Una vez encontrándonos con el programa GeoGebra se procede a quitar la cuadricula y el eje [/*][*]Se debe seleccionar la parte de [b]polígono[/b] ,una vez seleccionado se procede a realizar el triangulo ,los puntos que nos demos son opcionales[/*][*]Antes de armar los puntos notables se debe tomar en cuenta que el incentro es la intersección de las bisectrices de los angulos.[/*][*]Seleccionamos la parte de[b] bisectriz[/b] y se selecciona el punto [b]C[/b] y el punto [b]A[/b], luego el punto [b]A [/b]al punto [b]B[/b] y finalmente el punto [b]B[/b] al punto [b]C[/b].[/*][*]Para tener mas en claro donde esta la intersección de todas las bisectrices se debe presionar [b]intersección[/b] entre una y otra .[/*][*]Se procede a seleccionar[b] circunferencia (centro, punto)[/b] para poder al fin obtener el circuncentro.[/*][*]Lo que podemos observar es que la circunferencia se encuentra dentro del triangulo .[/*][/list]

Conceptos de los cuerpos geométricos

Cuerpos geométricos.
Afianza los conceptos con el siguiente vídeo!
[b]NOTA:[/b] La cara plana de un cuerpo geométrico puede ser denominada base.
[list][*][b]Cubo: [/b]Es un cuerpo formado por seis caras que son cuadradas.[b][br][/b][/*][*][b]Prisma rectangular: [/b]Es aquel poliedro que tiene como bases rectángulos.[b][br][/b][/*][*][b]Prisma triangular: [/b]Es un poliedro formado por bases triangulares.[/*][*][b]Pirámide cuadrangular: [/b]Es una pirámide con base cuadrada.[/*][/list]
[list][*][b]Esfera: [/b]Cuerpo geométrico limitado por una superficie curva cuyos puntos están todos a igual distancia de uno interior llamado centro.[/*][*][b]Cilindro: [/b]Cuerpo geométrico formado por una superficie lateral curva y cerrada y dos planos paralelos que forman sus bases; en especial el cilindro circular.[/*][*][b]Cono: [/b]Cuerpo geométrico formado por una superficie lateral curva y cerrada, que termina en un vértice, y un plano que forma su base; en especial el cono circular.[/*][*][b]Semiesfera: [/b]Mitad de una esfera dividida por un plano que pasa por su centro.[/*][/list]

Copia de Prisma cuadrangular

Angulos internos e externos de poligonos regulares

RECTAS Y ANGULOS

Tipos de rectas:
[list][*]Rectas paralelas: rectas que siempre mantienen una misma distancia entre sí (nunca se cortan)[/*][*]Rectas oblicuas: rectas que se cortan formando un ángulo inferior a 90º.[/*][*]Rectas secantes: rectas que tienen un punto en común.[/*][*]Rectas perpendiculares: rectas que se cortan formando un ángulo de 90º.[/*][/list]etc.
Tipos de ángulos por su medida:
[list][*]Ángulo agudo: Mide menos de 90° y más de 0 °.[/*][*]Ángulo recto: Mide 90° y sus lados son siempre perpendiculares entre sí. [/*][*]Ángulo obtuso: Mayor que 90° pero menor que 180°. [/*][*]Ángulo llano: Mide 180°. Igual que si juntamos dos ángulos rectos.[/*][/list]
Tipos de ángulos por la suma:
[list][*][b]Ángulos [/b]complementarios: dos [b]ángulos[/b] son complementarios cuando la [b]suma de sus[/b] amplitudes es de 90º.[/*][*][b]Ángulos[/b] suplementarios: dos [b]ángulos[/b] son suplementarios cuando la [b]suma de sus[/b] amplitudes es de 180º.[/*][*][b]Ángulos[/b] conjugados: Son dos [b]ángulos[/b] que juntos suman 360° .[/*][/list]

La Circunferencia

La Circunferencia y sus elementos
¿Qué es una circunferencia?[br][br][b]Definición:[/b][br]La circunferencia es una línea curva cerrada cuyos puntos están todos a la misma distancia de un punto fijo llamado centro.[br][br][img]data:image/png;base64,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[/img][br][br]¿Cuáles son los elementos de lcircunferencia?[br][br][b]Centro de la circunferencia[/b][br]El centro es el punto del que equidistan todos los puntos de la circunferencia.[br][br][b]Radio de la circunferencia[/b][br]El radio es el segmento que une el centro de la circunferencia con un punto cualquiera de la misma.[br][br][b]Cuerda[/b][br]La cuerda es un segmento que une dos puntos de la circunferencia.[br][br][img]data:image/png;base64,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[/img][br][br][b]Diámetro[/b][br]El diámetro es una cuerda que pasa por el centro de la circunferencia.[br][br]El diámetro mide el doble del radio.[br][br][img]data:image/png;base64,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[/img][br][br][b]Arco[/b][br]Un arco es cada una de las partes en que una cuerda divide a la circunferencia.[br][br]Se suele asociar a cada cuerda el menor arco que delimita.[br][br][img]data:image/png;base64,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[/img][br][br][b]Semicircunferencia[/b][br]Una semicircunferencia es cada uno de los arcos iguales que abarca un diámetro.[br][br][img]data:image/png;base64,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[/img][br][br][b]La longitud[/b] [br]La longitud de una circunferencia es igual a pi por el diámetro.[br][br][img]data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAEIAAAAVCAYAAADy3zinAAAA70lEQVRYCe1TWw7DIAzrx+5/o51tUzaiucYJU4u2qg0SIu84BpZHrRcDS/HwZqCIaC/hkkTcb/3YK4sKOOPXUXMWEeprKKbqRZyEAbtc3DaWuvDDfA0Eq+Qt96IG9tpcbxoR3kCd3BR1jzebyb5Qdhuee/wq99OZgGDTX8kIEGXVf49f5U4jwopHWw3CNgbHOseP9Cxf+aYRMQI28iM4lEd5kT+roXyHIIKBsR4Nm9mzGsr3dyIMFANTtmzoyMd1LS6q3RHhgeqMGm61ew/Oj+wc943utfy0HJN59RaOuIheRLSLLiKKiPWfrxfR+HgCpHPDuUKMDv0AAAAASUVORK5CYII=[/img][br][br]La longitud de una circunferencia es igual a 2 pi por el radio.[br][br][img]data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAFYAAAASCAYAAADBnymNAAABBUlEQVRYCe2SUQ7DIAxD+dj9b7SzdcrHq4CGLqQBMY1Ik2lqO8FrOnYNSSANcd2mxw520EdwCfb9Sof8ZhYza5y5Q/SsS4JcLnpQy681r9Vv+azWXzZYCeqXwy2CXe0iK+/DboJaFV3IGnF2L2oXfDTsvZPmIT2tii5CjTizF7UHPjV674KPRR8WLEM1tCwCBz3PTzH3y88e3x59WLCeRWtNz+LCtRSe4J3mm6fFA/9zux4R4hzRa5jzWmd0rffePr7gUx+rPixY60CN9/TSmqf0cl/Ogp5Cb9WeUxDeodW0h3c3j3c9fnBrLc+CnkJv1fqmWN3/mLeDHfTn72B3sIMSGGT7ARVT4EuF0Xz5AAAAAElFTkSuQmCC[/img][br][br][b]Ángulos en la circunferencia[br][br]Ángulo central[br][br][/b][img]data:image/png;base64,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[/img]El ángulo central tiene su vértice en el centro de la circunferencia y sus lados son dos radios.[br][br]La medida de un arco es la de su ángulo central correspondiente:[br][img]data:image/png;base64,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[/img][br][br][b]Ángulo inscrito[br][/b][br][img]data:image/png;base64,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[/img][br][br]El ángulo inscrito tiene su vértice está en la circunferencia y sus lados son secantes a ella.[br][br]Mide la mitad del arco que abarca.[br][img]data:image/png;base64,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[/img][br][br][b]Ángulo semi-inscrito[br][/b][b][br][img]data:image/png;base64,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[/img][br][br][/b]El vértice de ángulo semiinscrito está en la circunferencia, un lado secante y el otro tangente a ella.[br][br]Mide la mitad del arco que abarca.[br][img]data:image/png;base64,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[/img][br][br][b]Ángulo interior[br][/b][b][br][img]data:image/png;base64,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[/img][br][/b][br]Su vértice es interior a la circunferencia y sus lados secantes a ella.[br][br]Mide la mitad de la suma de las medidas de los arcos que abarcan sus lados y las prolongaciones de sus lados.[br][img]data:image/png;base64,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exterior[br][br][img]data:image/png;base64,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[/img] 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[/img] [b][img]data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAGEAAABjCAYAAACLzm6oAAAQyUlEQVR4Ae2d+Y8b53nH8zcUSFrHcQoUbZEaAQqnKFAUlWMY6E81UsQyWtcK2h+axgXSNmlUxyraxK3sIpGlKEB9ypZix5Edy1pZto7KXq1XtmNHsrSrvbSr5fJecnmTM8MZzgzPb/F9yZklueSSy2O92h0Cg+E11/t5n+N93vd93s/AeX3qJfCZT/0OnBuAA2ELVAIHwlaCUKqUkTFzSBpqX1uqz+Pt65sakq22jZzfVGvnsPZa18+WMFQkjCzkvI5ypTJUVLYkeJUE/vzcT/FHb/4Pdp05iLt73O45c6jnY+8+exB3nz2Eu88dqu7PHsSut5/ErrcOVDe+53bmYOdN/Nc67gB2vV099y7eX9352z3nn739JP7k9I/wzx//UoAYJgUbwnQ6hN946Tv4ndf+Aw+MHsH9o8/h6+8+2/V2P/87+hy+evYgvvbu09gzfhQPvdfFNn4Uey4dq27jx7Bn7EU89O7z2P3GAXz9+OPYfeogdo88iftHnsTu04fxV+efxoOjR/DgxRfab6NHxP92nzpUPe7UIYj3b/wYD5w+jD2jz+Mb7x3FNy79DHt4zUvH8FDT/T449iIeuHgE+yfPIlswh8lg1TAvSFH83i//E49cOQkpn0PKVBHT5a63hKEI8R0Nz8ObTSBfLqGw3lYpo4gK8sUCTEOHkVWhJ5JQw2HIbjcUvx+KxwsjI8HUdRi56pbXDeSNLjbdsI8xczq0RBJKcBlqKAzF7YYejcHIZGBoOXF93ivvp1ApN9x3sVweKgCe3JYEqqM/OPEYvv3Ra5DyOtKmhpiudL1Rf4a0DMbCN5E2tM43Xi6jnNOhR6OQXS5Ibo8ofF2SoStZ5M08CoUC8obZWOiE0O1WD8s0kc9Xz6fLCrR0GhnXEqQlN+RFF8xkCsjngeGq/5blYkPwKUnceeIx/OOvjgtjxkJdyUldb1FdxoIUwTuhG8iXii0vxi8r5TJKpolsMIjY1BTi8/OQo1FouRx000RO16tbLre65/tBbryGoUM3DKiKAmllRdxL8sYN5GIxlPJ5VIZsjOsLyIbgVZJCEnqBEMlJiOgSriX9eD/iEuJcfxGr8Iu6Di0WQ8brRToYhCpJyBmGKIyGwh9kga93rhpwwicQJR5HJhiE5PdDT6cFDGwCDBuCT0kISXi4B0mgFER0GWeCM/BlU6g0yXTRMKDF4+LhWOs0VV1b69crrM34Ta9Khq7ronJkQiFIgQAMwigUmuvUQD/bEEJqGn94cj/+7v2XYPnI3aqjuK7AJUdxJjANrc6TKBcK0DMZpD0eIfJ24W9GofZzDQIxzSoMv19UnrymCVU60NKvncyGEMnJ+Mqpx4WrljSrDZVuIFAKorqC0fACrqeWUaL4Viqg6pGDQQEgm06vqpx+CmezjyUMXYeSSCDt8wlppj0b9MuGsKLJuKsHCDTgbGO8FZhGrlQAyhXoqRRSrP2RiDCo1LcDNaybDENIhaqCKirtdqOgdeH9bYBUAwRKwt+MH0W3khA3FNEmGPFPwp1NolQsCr8+tbQEJZWCns8Pz8PZZBB0ILjRpkleL/JZdWDqyYYQ17Oimf7AxedBFdPJReXvQTWN0/5pfJTwwlRVKPQsIpGq4b3Fa39Lya2zFVS16vIyymxb9PmyITB4xzgKQw4hLS0CXa1sAr2gpJlFQE3h3PIsLkZd0BQZyevXkXS7qzV/OwKolzx6e9ksonzmGzdQMoy+MGwIAlvQVEEuJSYAjEZuIqfISE1NIelaFB4FDVnLWlT/ENvgPe0cvb2Vq1eRnJsTDdBeSayB8JejzzRIAr2muJEV4YtlLY3p9DJO+6fwSTIAU1EEgJTHDYPu6HaXgKbKY7Xww9cnkbgxB7aHennZEBg3v/fsYdz3zlMI5zIiiCcaYZoEfzaFmUwY4ys3MbZyEwE1jWIuh/jEBJJLSztKApql3AKxcn0Sqfn5nmyEDUEtmLjv/57CvWd/gptyROj8ufQKJhIBvBuaF4U/mw6hwKhiqQzZ6xNuKGv/TlFBzQCsz5YGiDP2FI1uWBgaIVx4Gn/85o9wITSHj2IefBBZwpW4D75sEsVyqXrychm5eBwy2wDbyQVtUjVWAXe9pypmA3V5GaasbAhEA4S/uPAU7jnzE8xnVqAUdMY815xMjcVE6zGnacJv7vom+33IW+B4SgSDkumlJeQ3AMKGkC0Ywh7c987T0Iqtm+Z5VUXS5YIqyzvOCHdV2USI3IDMSLHHU43CrqnGa7+wIbDg2VC799xhyPncmn8yGMcQtGgJW3H/W6B2dlV4g3wOgjBN0bLORiIijramMJu+sCHkinmwX5UNtpTZFBupVKBGo8gEAtXG2A5pC/QMkOHwbBZprxdmNttU5Gs/2hC0Yh5/PfYCvnrmoOjarP9rIasi5XaLxomIoQyy5mzTc9FjZPQ44/OBWmS91xoI9zRBqJRKUJaXISeTQsxED9g2Lbiea36r8rDsQyiEXCKxHoPVjn6qIw7/+NO3DyChq/ZBdLeEGuKFHDW0sZAM1ZIsC1vKfut2L1sS9FIBf//BK7hr5HGEc7L4PzvlpYAf2WSy2iBzIGwYggh/M7Icj7djsCoJhPDNJggcl0Mp0B0p2FjhN6knlR1CbrfobWxFokESvvn+z0UXZ0RXgFJFxEIURwr6AkAVzkYcK7Pi87UcSrMKoVjAP3zwCr7y5hOiz7giKYhPz1Q9IkcN9QWCEJRMBvHJyZYhbxuCUSqIwa9fPrkfQTUDY8krhnyI4JQDoS8IwqExDCTm55Fr0YCzIZilIvZeHsGdJ/8LrkQY2k0XcqrqeERN+r0nN5aVmNKQiCOzuIhyoXGEYiOET0Zw58h/Y841C3057HhEgwBgnYOjDzUVycVF0RdTb6AbIHzvykkxCm9qdgJmInVrjhWyHnqL7UWfi66LCDSHWNYPr7QhcBDvvqun8bvH/x3Xr32MilnY8Z01Pame9eCz8ZbJQAmFGrwkGwLH5++/fh53/OxfMXHtY8DMO+Hq9Qq0l9+sFrTH09BmWIVQKeNxQjj6HVwNulDJO5IwDEmgt5lYWKjGk2ojvusglLB/8hzuePFfcDW46EDopaZ3OIZ2gdEHjmvNJZO2XViFUC7hievn8MWX9+Ja2I1KvujYhA6F2qukZCVJRKbLpWq/vQ2BU2gPz47hjuOP4pOwG3DUUX8NtHYAa8Y5PjWFcrHaXmiA8L+zY7jtF4/g1+ElRx21K8R+vycESUJietoePrkKoVzG4WvncdvP9zoQ+i3oDsdrmgYpGLSH2NsQiqUiDnw4gt889t0aBMcm9KrzOx2n6boYCKCnqsbZhlAqFfHT917HZ498G78KuQDHMA/NJjCOxD57zmBly9mGQEv93NgJfPa5h3EpuCAgGE70dPAgWKa6LoaQZpeX10J4lhCe/RYuBecdCB30eieV0/b3OghqKORAaFtQwwLA83aC8IwjCYNXP81AO0E4OvYGPvfswxh3bMLwYKwHgYO8Xhk7WYPg2IShqSoLwtLSWu+IEF4ePYHPPfMtjDuGebiSQBfV48Eaw4xyGcd/fR6/deSfHHXUrMcH/ZmTSSIRkTeD3Zx2O4EfzngmcdvLe3HRfwMVswinnTDgFD81mBwMxnnQTD2xBsJ7K4v4/C++jwu+WdG96UAYAgSO1s5kEJucRNmsjk9tkIRxG8KMA2HQKsg6nwVhYsKe6dkAoSoJj+CCz4EwFO+o5hllEwnIXi/WdOpQN30YdeMLx7+P874ZlM2CYxOs2juofQ0Cuzd1zllo7mMmhIlkAF88/ihGFi6jYuZh6rd2ipyh1OZ+gFgQ/H4Yyuo02wZ1NJUK4fMvfQ/PXzqFEiEY5vD85X4e5lY9lvZAkqozO+uSVzVAmEwt4/aX9+KFSyMo66YDYQiwOY+N0884Acd6NUCYzYTxhVf34amLr8OIRJF3ZuwPThPUUrkxH6AhSbY9IIgGCO5sHLe/tg+PXTyOrMcnksCK0OsQasSW09fDfkYOCJZlpBYW1mSDaYDA9Mq3v7oP+6++BXnuhkid7EAYQIONBpkTzCMRMTSecbr6VwMEj4DwKH48/Q50pk32+UUnxE7P4tKv1FoTbeLT0yIDseWaWiAaIPizSfz2q/vwxNQFMI9FamZWpDF2JpD3IQ21vHnMPswBX62m0jZAWFbTInM8h8gbxQIUSkMsVs3mQpEatt7cjudnuRkG0n4/suFwg0FuKQnM+v77r/8A/3ZlBGapgKKiivwMIq2OA6G3SlgbcSeyvtS1DSwA3DdIggXhkcsjYv0DpjtiyFWOx+0OakcaNqCaalIghULQOQq7zasRQk7Cl048hr2XT4ITCfkq5HLI+P3OVNpeVGWthSx1SDLSAIGJB+869YRYQ0Ev1nIxMM1OJCLWOBAG2lFL3amlWjlxEjkzI6z3aoDAvKdfPvFD/O34MdgQANG4YI5oLvjgtBu6UEcEYJpiPQam/7dC1u1ANEBgCrZ9V07hxYUPUWhaDYQzS9g5zRHFDogOIGpz0xiiKNS6MNsB4PcNELiEScrQoOSNNQtRkKbM/Aw00k76tfYqyTLGzJLWIc+RBaYBgvVluz0z4KYWF4W3ZM3LdbylOqmwAHAVEvac1WbitCtP6/sNQeBBejpTVUtq1lFLTR4TwxMi5ZrXK7xKq5A77TcMgZlSuUQLfV/hLe2w/NjtJJ9rRTCTPA3xRhe52DAEUmWHhOL1IT43J6RBBKiaakW7m92O3+uFArKKgvDkZHVqbKeq3/R7TxB4jpKui4BUbGZGSIRI3L0DQdgArlyB5PM29Jg1lXXbjz1D4Bk5giwxO1uVCGu9tB0EwgZw+TJkjwfN/QRtS73ph74gCBBMEzA7i9j0NDghbqeoJko+O+3DfQJgGfYNQYDQdSRnZpBg6vodkMicADgXOToxIQZx9SoBlkAMBAJPxvXHtEhEeE1MJ2Mt7rCtDHFN0pmckdFlRkbrR01YhbrR/cAg8MJscXPpq5TLJQJ+AsR2cWH5HMzqyBW0AoE1nfUbLfj6/w8UgnVirrUjebxi1jp951vaTtRqP0dSpwMBsUjFoFcdHAoEwuD6Y1RPnDStxGJVELeYVIjKwxQIKyvVtGmS1HUowqqQ3eyHBoEXp77kgAEurcs+VtoKu0+iFm/fcjaD91W7N7HmJldIX1lBkV2TQ1oWeKgQrFrA1PXs2KAxSy8vC8+iAcanDaRW8JYzwYU6mABEDoVEJerUH2A9Z6/7TYEgbq5SEesIMBMiVyQRaiqRECFh6+GtGrhp0mG1a2oL10nhsFg1lyH7vKoNRfW0ArV5EKyr12BwhaokG3lTU8LjsHrtRIoy2o46tTAwKFaNt86fy4nladhZFb12DWmXS4wT7TYEbT1Sv/vNh2DdcaUiBkJRTSn+gEjaysYeO41Ex5FVSxkGsYBsZN/quFqN5+gRjqdi2mThTvsDyGezHVf8sG590PtPD0Ldk7DFSbfPlGVo0ajoEGHhEAqnmqocTp5MVvu4Wbi1OBW9l1abZW8YVpBiMbH+A0PvVIFcXoWjH9jrxZAzvbh+W7x1j9LT2y0Bof7O6VFRHRRUFSa9qVgMksslwiJp9uoFAkJvp27eFNLDtMf1G9NdckEhJRoV6iU2MYE0U2DGYmKtUA7h4fkH0dKtv+9+3m85CM0PY0Ghh1XQcsjLMgyu6RCPt9y0WEz8XtQ04VaypvPYrVTozc+45SE037D4TH+909bywK355a0JYWuWZc939f/0V1dssjzWhwAAAABJRU5ErkJggg==[/img][/b][/b][br] [br][br][/b]Su vértice es un punto exterior a la circunferencia y los lados de sus ángulos son: o secantes a ella, o uno[br]tangente y otro secante, o tangentes a ella:[br][br]Mide la mitad de la diferencia entre las medidas de los arcos que abarcan sus lados sobre la circunferencia.[br][img]data:image/png;base64,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[/img]
Posiciones relativas de un punto respecto a una circunferencia
[b]Interior[br][/b][br][img]data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAGYAAABjCAYAAABpEnXRAAANKklEQVR4Ae3dy48VVR7A8f473JmwcK07/43ZuDLOZHYmLl1O3LiYRE2ICzNbdroREQGR9oGiIAKNvN9Kg6Ag2A+6Gxo4k88ZfjdF9b19X3Wrq4c6SaXurVuPU7/v+T3O75yqO5Xa0kgJTDWyVl0q9fjx4/Tw4cO0urqaHjx4kO7fv5+X5eXltLS01FlWVlY6v9nXMY7dbKWxYAiU8BcXF9Off/6Zfv3113T69Ol05MiRdPDgwfTtt9+mb775Jn311Vfpyy+/7Cxff/113v7dd9+lw4cPp59//jlduXIl3bp1K83Pz+dzAtZ0WI0BQ1A0AYhr166l48ePZ+F/8cUXae/evVnwP/zwQwbjtzNnzqQLFy6ky5cvZ8ETvuXixYvp7Nmz6cSJE+no0aMZInh79uzJy/79+/P2S5cupb/++ivRsEePHjVOoTYcjNa7sLCQhUoTPv/88wyCAAn36tWrubXPzc0lZmuYhdDtT1Nu376dgYPmOgGc5p07dy7duXMna1NTCG0YGEL7448/0rFjxzIIQJieX375JRUh2C8EXPQlw36O88S5NIbffvstw5+enk67d+9OzB+TCeZGa1HtYNy0m9dSCeP777/P2qJVExq/Yp8Q/L1791KVS5zXOmAxn9evX08//fRTNnd8Fi2yfaMA1QaGsGlD2Hua8vvvv2cIBFQUWJUg+p0rrqt+6nH37t3sv/bt25c1memjXXUHCxMHw6HPzs7mSIkD5rjdfLRWguknvLp+VxeAIhoUXAQgn9W5rjJRMMzTjz/+mHbs2JHXwl43HRpSl8CHvU4REG05efJk2rVrVxKQCLvrMG8TASPSEk0JczlW9nszACkDLAIStfGHO3fuzP0pmjXJUjkYN6P/4AaEu24WFNvLN74R35fVZXl5qLqoOy0HQ/8nIjgWYFKlUjA6bHrjQl+dRP7FDW0EgK7X1A+SvhkSTJwLGPdEe5g1gFiDSQQGlYBRsRs3bmTTJQzm3N1AU7SEYJdWVtLC3Fw6++GH6dqhQ/n7vRG1OBoby/Dpp5+m8+fP55xcldozNhiOkHozXfoBhBAVj5a24Wum6OHDdGNmJu179dV0+O2309LiYmLWRq1bRG+ggCPaZLKrKmOBAUWcv3379nTq1KlcMRUe9WYndRxtsZzeti1rzMzWrenmiRNp+cGDNKrWqGuYNh1mkafMhUZZRRkZDPMVUKyZriZCyQJcXU13rl1L+994I13euzcdeeeddPyDD9KSQGBMH8hcu3e+JroFVWjOyGBkdT/55JMMR0WaCoWjX15dTRe2b0/Tr72WDr31Vjrw5ptp/+uvpzuzs2OZs9DwIhwmne/RZRinjARG62BXjY80GYpc173l5TR3+3aaef/9bL6I6/7qajqzbVu6tGdPBjNqlBZgrItwQjbjRGtDgxEqChPlutjTpmoK4UdZmp9P158EJuFv7s7OphvHj/8vR1eRXww4giFw5AZHLUOB0QLljvSAVaJx0deTTHSu1+JiunThQrp4+XK6t7KSYCq2cBEZE1fcVsVnDZUVEQx99tlneWhjFDgDg2Ez5b2AMV7SaCgLC+mjrVvT3198Mf3j5ZfTR9u2pcUaw/iwJCEvwIctA4Ph7LUAHUkXpjFVtLAqz6FOq0+ixb8991z619RUentqKr2yZUs6dupUevj4cW31JiMJUA1Z/27YxOdAYGiI7KqwmJo2EQrAGcyjR+nU+fPpleefT/+emkrvT02lV7dsSQePHMnQ6vKJ6kJWEShJ6g5T+oJxcmkWuSE331QTFpp3f2Ulzc3Pp/+891765wsvpNdfeiltfffddMuYvjRRxSOicd1u64Bjpo6xKBo0aOkLxswTHSejjU01YWWhaEwLy8tp+sCBtHN6Ot1+krsr71fHdzITNBn+0L8ZNIReFwy1N5tEHmizQAlhq28UoGJ73evQGmkbPlp3Y5CyLhgTEgx2SefXZZvrFlwd1yM7i26GuXEmM/YrPcGosHEVDn+zaUsdwh7mGrSGDEW0tIZb6GfSeoKhLcxYzPEapiLtvmunXIXFMdlwEK3pCoZN5qzkwlptWSvkURoerQHHyK6UFvewXlkDhoo5WHhnTBuYUSrSHrMWKDAitJj+u545WwNG6uXAgQO5txqUWyGvFfIoMglfY44aN+F7r7IGDJ9C1WgNwg4epRLtMd1hskDmRAisZJ97ac1TYOzE6fMvJuuFw2qF3F3Io8glGrsE53pBwFNgxNemH+lQOkELpjogATHMmQ4nP87ndCtPgaEldpZ4a6Ox6qEEHLIVlfEzvcxZBwwz5mksPf14JCJO1K6rhRTmTJ+GSes2P6ADhhmzU4xOtmasWhjFxs2cka+sisdSaFC5dMD4MR7Yac3Y5KAAFGCkaLgOUVq5dMAYKxDCtf5lslBCc2hMhM26JuXSASOxxr94iJTGxAna9WRAAUMZDEKaZlsees5gOH5TboTKdm7BTAZGsZEDYzF45t0F5QAgg0FL30WUEPaveJL2c/Wgoj8jUexpaYnjYslgIiJDrgVTPYRuDTvA6KKIzLqCMSla4tKkAQdYup2s3VYdtFAAs2dMceI+iiVrDDBS0V4Dwu61YKoDsF5jBkMULANgv2LpgPFyHOnoFkw9UIAARl+GxpQHzjIYO+hcisxaU1YfGErgtS3AlGfPZDB2AMY02BZM/WCYsvIT0C2YGmdmlv1NaExPMEI1IVvrY+rTlvAxN2/ezM6/q48Rlen1t1FZvWBojDyZVFh5wKwTlel9tv2Y+sAU+zFMGUjFksFEz1/eJg4o28P2e7XQyFk0LBIWeHXt+QNDWw55Y8STQZwWRLUgyvIMMHJlMsxdwUR2WSezHVaeLJAAxHSB42mzntllts17uAyU6fBQsThBu54MKGAMsUiFiYa7jscAY6eY6AcMmi2UyUAhV2BiBFO+rFyy87eRjWPKjKa1YCYHBJTw495iy0qZ/VouHTBUKd4CHge2GjMZQCFfs2QoQ9nxg9QB084rmwyEbo07HP9A88pQolLtTMzJAwImZmKaKkspyqWjMX4wIUBqRp/GwZZuxNtto8MLM2bkkn8pp2IC0FNgkJMvMz4gSmvBjA6gV+MlU3C8dM5s//LsmK5gbKRiHuBsn4+pHgpYIt4Ik3tNKMfhKY2xAcH475VQu1702+3DwSNPYHQo+XLy61XWgLEj+6ez2T6DOZzg+zVUZoxP4cdnZma6Ov0A1RUMqu1Ty9VCCevDRXhhUreJ5AHFuisYP8gAGCdon/OvBlAEUvouFhn99UpPMNRSONe+GWN8MOFbKnkzRmhN+y6Z8cHQFksl75IBxsn0aTbj25f6OeK6fqctcmGVvn0JnM34vrK6hD7IdQRSIrFK31cGDNqb6Q1/gwirrn1CW1gc/RbZlEFLT+dfPIHIbDO8E7MugQ9ynYBiEMw7mCt/J2YAMn3W69FFFtTThQep4LO6DxnRED5aXqw8dBxy7bUeSGMcLFVjFk30bVz4WRV6v/smG4GTx/PJy/7DloHBOHE4MWGfi7Vw1obSgPDLtb2pPIhLJcijmRwYLaNfC3pWfmfeTTdm9mt9t3/A4dC88tfYjYpoJc+K8HvdZ0AhG77YRL5uI5Mhw37roUxZ8WSmdvr/GK/RorrPMpwyFP8U0msArCjD9T6PDEZrkEf7+OOP8/pZ1ZwilEb84xLaQkBwmv4fZb3Mz7jbWQkNUh+FT2nEf5SFGoLDrKlYY//VbwJPjUX0Ff/qZ+CLSa+qjGzKihVg1mJWofSNyE0lqfm4rbKJx0c3gS/h6MEZ16cU5elzJWDipIAYNjWOIzqh5nETTRTwsHUK0xX/HCv/ZURynOgrZFdeVwrGyWmJPo6W1MT/Wh4Whv3dU/TZ9FEAMWGl/Ah4WbjjfK8cjMpQaw7RIJunpWgP0+bmNpN5U9fwJSCYByaZG8+qjiP4fsdOBExc1ENQIhVhpLWb2wyAikAkIk+ePJmBeJbFc0TDJiRDHsOsJwpGRfiZ2dnZ7Hukcky/jeCgaRpUBCIvaP6XAS6az8HTnrrKxMHEjbgpMw+9T4CNFl56es32AEQwllH8wKjHxDWjHhoNUwWIzLB+Gq2ZhIMP2XRb1wYmLk4Axr+F1TRIptrwdTz7ydTZJwQ2qsB7HRfntdYgLLSDH9QP02j4Rakm2+swWyGb4rp2MHFxAqExIjjhtYUfolUxly1asX2LsIrCHfRzQIhz0QJ9L/4DCEC8s02jca2NAhLy2TAwUQERHCHRGhPh2HMLjSI00R2HW4RFcIMsAcP5TfelFUyT6zBTcR3+IwKTqNdGrzccTAiADRcoMB86baDoKwQorVq46nFEkxv4Ac5ZvwLUWLzKkPD1oWijY3R6nYdWiKxsl0byZAN4G60dIYPiujFgipXy2RRS/gYorZ2JMcYBDL9EowhcMAFaLJ5ptD2eWAARPFrHjzknLa3bmZfvr9/3xoIpV5wgwSJUmkXA5UAhHHr8Zl/HNB1C+V593zRgulX+/3nbfwFBto/bByaYRwAAAABJRU5ErkJggg==[/img][br][br]La distancia del punto al centro es menor que el radio.[br][br][b]Punto sobre la circunferencia.[br][/b][b][br][img]data:image/png;base64,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[/img][br][/b][br]El punto pertenece a la circunferencia.[br][br][b]Punto exterior a la circunferencia[br][/b][b][br][img]data:image/png;base64,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[/img][br][br][/b]La distancia del punto al centro es mayor que el radio.
Posiciones relativas de una recta y una circunferencia
[b]Rectasecante[/b][br]La recta corta a la circunferencia en dos puntos.[br][br][img]data:image/png;base64,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[/img][br][br][b]Recta tangente[/b][br]La recta corta a la circunferencia en un punto.[br][br][b]Recta exterior[br][/b][b][br][img]data:image/png;base64,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[/img][br][br][/b]No tiene ningún punto de corte con la circunferencia.
Posiciones relativas de dos circunferencias
[b]Ningún punto en común[br][br]Exteriores[br][/b][b][br][img]data:image/png;base64,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[/img][br][br]La distancia entre los centros es mayor que [/b]la suma de las radios.[br][br][b]Interiores[br][/b][b][br][img]data:image/png;base64,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[/img][br][/b][br]La distancia entre los centros es menor que la diferencia de los radios.[br][br][b]Concéntricas[br][/b][br][img]data:image/png;base64,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[/img][br][br]Los centros coinciden.[br][br][b]Un punto común[/b][br][br][b]Tangentes exteriores[br][/b][br][img]data:image/png;base64,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[/img][br][br]La distancia entre los centros es igual a la suma de los radios.[br][br][b]Tangentes interiores[br][/b][b][br][img]data:image/png;base64,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[/img][br][br][/b]La distancia entre los centros es igual a la diferencia de los radios.[br][br][b]Dos puntos en común[/b][br][br][b]Secantes[br][/b][br][img]data:image/png;base64,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[/img][br][br]La distancia entre los centros es mayor que la diferencia de los radios.
Círculos: radio, diámetro y perímetro
Elementos de la circunferencia
Circunferencia de un círculo
[b]¿Cuál es la circunferencia del siguiente círculo?[br][br][/b][b][img]data:image/png;base64,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[/img][br][/b][left]Nota: c= πd[/left]
[b]¿Cuál es la medida de la circunferencia del siguiente círculo?[/b][br][br][img]data:image/png;base64,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[/img]
La circunferencia de un círculo es 452,16 unidades.[br][br][b]¿Cuál es el radio del círculo?[/b]
El diámetro de un círculo es 4 unidades.[br][img]data:image/png;base64,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[/img][br][b][br]¿Cuál es el radio del círculo?[/b]
Obtener el perímetro de la circunferencia del siguiente círculo (la longitud de la línea verde punteada).[br][br][img]https://matematicasparaticharito.files.wordpress.com/2015/03/cc3adrculo_perc3admetro-y-c3a1rea.png?w=362&h=369[/img]
Obtener el área del siguiente círculo (la superficie amarilla).[br][br][img]https://matematicasparaticharito.files.wordpress.com/2015/03/cc3adrculo_perc3admetro-y-c3a1rea.png?w=362&h=369[/img][br]Nota: A =  π x r²
Ángulos en la circunferencia
Dos cuadrantes consecutivos forman un ángulo central de:
La medida del arco que se define al trazar el ángulo anterior es de:
El arco menor que define un ángulo exterior sobre la circunferencia es de 50° y la medida de dicho ángulo es de 30°, entonces la medida del otro arco que describe dicho ángulo es de:
Indica las medida del ángulo que falta[br][img]https://www.superprof.es/apuntes/wp-content/uploads/2019/06/ejercicios-interactivos-angulos-en-la-circunferencia-49.gif[/img][br]
Si dividimos la circunferencia en partes iguales y el ángulo central de cada una de las partes es de 36º, ¿en cuántas partes se ha dividido la circunferencia?

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