Este documento presenta las instrucciones paso a paso para crear el diseño de una página web utilizando CSS externo. Explica 21 pasos que incluyen codificar varias clases y IDs de CSS para dar formato a diferentes secciones como header, nav, article, y footer, y luego enlazar la hoja de estilos CSS al documento HTML para mostrar el diseño completo en el navegador.
Irv Holmes of Challenge Dairy Products shares some helpful information on how to propel your business forward in 2016. Its never to early to prepare! Enjoy and please share.
Irv Holmes of Challenge Dairy Products shares some helpful information on how to propel your business forward in 2016. Its never to early to prepare! Enjoy and please share.
Air monitoring data at the water tower monitor (WTM) in Rhinelander, WI shows SO2 concentrations exceeding the 1-hour SO2 NAAQS and Expera Rhinelander Mill’s 63 m tall cyclone boiler stack is the primary contributor to the monitored exceedance. Making matters more complicated, the AERMOD predicted “design value” concentration at the WTM is in compliance and more than a factor of two lower than observations. Hence, a standard AERMOD modeling approach cannot be used to determine a compliance solution.
After investigating the building geometry, it was noticed that the 38 m high Boiler 7 building corner is directly upwind of the stack when the wind blows toward the WTM. This results in the formation of corner vortices that enhance building downwash, an effect that is not accounted for in AERMOD. To develop a compliance solution, a multi-phased approach was used. First, wind tunnel modeling was conducted to determine an EPA approved 90 m GEP stack height that is taller than the 75 m formula GEP stack height. Next, compliance at the 90 GEP stack height was assessed using two alternate methods. Method 1 employed an alternate model, HYWINMOD, a validated hybrid wind tunnel/numerical model. Method 2 utilized AERMOD in an approved non-standard manner. AERMOD was run without building downwash affects but the results were adjusted to account for building downwash affects using wind tunnel modeling. Both methods provided very similar and manageable compliance solutions.
Continuous Delivery Summit, Washington D.C., 2015karunbakshi
This presentation outlines the need to expand the notion of continuous delivery to encompass operational excellence. It discusses how a cloud-native platform can automate and simplify many operational concerns and what desirable properties such a platform should possess. The presentation concludes with a brief discussion of Pivotal Cloud Foundry.
The 2013 EPA Draft SO2 NAAQS Designations Modeling Technical Assistance Document states that an accurate characterization of the modeled facility is critical. The document also says that that if the building information is not accurate, downwash will not be accurately accounted for in AERMOD. This presentation will discuss two generic facilities, one with a 31 m high long narrow solid building and a single stack that is 1.5 times the building height. The second facility has two 50 m high porous structures located near a single stack of the same height. Accurate building information was assembled for these two facilities and input into BPIP. The BPIP AERMOD input file was analyzed and the following problems were found: 1) building widths and/or lengths outside the range of AERMOD theory; and 2) the porous structures were assumed to be solid. In spite of inputting accurate site information, BPIP generated building dimensions for AERMOD input will not result in accurate predictions. Consequently, an EPA “Source Characterization” study was conducted where “Equivalent Building Dimensions” were defined that more accurately model the dispersion for these two sites. AERMOD was then run using the original BPIP determined inputs and the refined inputs based on a more accurate “Source Characterization.” With refined BPIP inputs, the maximum 1-hr concentrations decreased by factors of 2 to 3.5 Due to the stringent nature of the 1-hr NAAQS, clearly a more accurate source characterization study should be high on the list of refined modeling options.
Put the “fun” back in FUNdraising with gamification. Participants will learn ways to develop and execute a gamified fundraising plan to improve the effectiveness of fundraising efforts.
Professional Learning Academy is a CAE Approved Provider.
http://professionallearningacademy.com
This activity on SlideShare is NOT eligible for CAE credit. Please visit our website to learn more about CAE credit opportunities.
Air monitoring data at the water tower monitor (WTM) in Rhinelander, WI shows SO2 concentrations exceeding the 1-hour SO2 NAAQS and Expera Rhinelander Mill’s 63 m tall cyclone boiler stack is the primary contributor to the monitored exceedance. Making matters more complicated, the AERMOD predicted “design value” concentration at the WTM is in compliance and more than a factor of two lower than observations. Hence, a standard AERMOD modeling approach cannot be used to determine a compliance solution.
After investigating the building geometry, it was noticed that the 38 m high Boiler 7 building corner is directly upwind of the stack when the wind blows toward the WTM. This results in the formation of corner vortices that enhance building downwash, an effect that is not accounted for in AERMOD. To develop a compliance solution, a multi-phased approach was used. First, wind tunnel modeling was conducted to determine an EPA approved 90 m GEP stack height that is taller than the 75 m formula GEP stack height. Next, compliance at the 90 GEP stack height was assessed using two alternate methods. Method 1 employed an alternate model, HYWINMOD, a validated hybrid wind tunnel/numerical model. Method 2 utilized AERMOD in an approved non-standard manner. AERMOD was run without building downwash affects but the results were adjusted to account for building downwash affects using wind tunnel modeling. Both methods provided very similar and manageable compliance solutions.
Continuous Delivery Summit, Washington D.C., 2015karunbakshi
This presentation outlines the need to expand the notion of continuous delivery to encompass operational excellence. It discusses how a cloud-native platform can automate and simplify many operational concerns and what desirable properties such a platform should possess. The presentation concludes with a brief discussion of Pivotal Cloud Foundry.
The 2013 EPA Draft SO2 NAAQS Designations Modeling Technical Assistance Document states that an accurate characterization of the modeled facility is critical. The document also says that that if the building information is not accurate, downwash will not be accurately accounted for in AERMOD. This presentation will discuss two generic facilities, one with a 31 m high long narrow solid building and a single stack that is 1.5 times the building height. The second facility has two 50 m high porous structures located near a single stack of the same height. Accurate building information was assembled for these two facilities and input into BPIP. The BPIP AERMOD input file was analyzed and the following problems were found: 1) building widths and/or lengths outside the range of AERMOD theory; and 2) the porous structures were assumed to be solid. In spite of inputting accurate site information, BPIP generated building dimensions for AERMOD input will not result in accurate predictions. Consequently, an EPA “Source Characterization” study was conducted where “Equivalent Building Dimensions” were defined that more accurately model the dispersion for these two sites. AERMOD was then run using the original BPIP determined inputs and the refined inputs based on a more accurate “Source Characterization.” With refined BPIP inputs, the maximum 1-hr concentrations decreased by factors of 2 to 3.5 Due to the stringent nature of the 1-hr NAAQS, clearly a more accurate source characterization study should be high on the list of refined modeling options.
Put the “fun” back in FUNdraising with gamification. Participants will learn ways to develop and execute a gamified fundraising plan to improve the effectiveness of fundraising efforts.
Professional Learning Academy is a CAE Approved Provider.
http://professionallearningacademy.com
This activity on SlideShare is NOT eligible for CAE credit. Please visit our website to learn more about CAE credit opportunities.
Presentación de la conferencia sobre la basílica de San Pedro en el Vaticano realizada en el Ateneo Cultural y Mercantil de Onda el jueves 2 de mayo de 2024.
Elites municipales y propiedades rurales: algunos ejemplos en territorio vascónJavier Andreu
Material de apoyo a la conferencia pórtico de la XIX Semana Romana de Cascante celebrada en Cascante (Navarra), el 24 de junio de 2024 en el marco del ciclo de conferencias "De re rustica. El campo y la agricultura en época romana: poblamiento, producción, consumo"
Ponencia en I SEMINARIO SOBRE LA APLICABILIDAD DE LA INTELIGENCIA ARTIFICIAL EN LA EDUCACIÓN SUPERIOR UNIVERSITARIA. 3 de junio de 2024. Facultad de Estudios Sociales y Trabajo, Universidad de Málaga.
1. “Año de la diversificación productiva y del fortalecimiento de la educación”
INSTITUTO DE EDUCACIÓN SUPERIOR
TECNOLÓGICO PRIVADO
“TECNOTRONIC”
COMPUTACIÓN E INFORMÁTICA
UNIDAD DIDACTICA : DISEÑO WEB
DOCENTE : HANCCO QUISPE, Elar E.
ESTUDIANTE : COILA FLORES, Yurema Lucero.
CICLO ACADÉMICO : V
SEMESTRE : 2015 III
Juliaca - Puno – Perú.
2015
2. VISIÓN
En el 2018, El IESTP TECNOTRONIC es un Modelo Empresarial
Educativo de Excelencia Académica que lidera la
Educación Superior Tecnológica de la región sur del país.
MISIÓN
Formar profesionales competitivos en un ambiente de
Emprendimiento, Innovación, Eficiencia y Valores.
3. Ejercicio 4: Maquete utilizando CSS externo.
Primero lo tenemos abierto el programa dreamweavern para así podertrabajar,
los pasos sonlos siguientes.
Paso N°1:
Para esto es los siguientes códigos que nos servirán para poderhacerlo el
ejercicio N°4
Paso N°2:codificamos los siguientes códigos css.
#header {
width:725px;
height:100px;
border: solid 1px #000;
background-color: #999;
text-align: center;
}