Answer:
Five careers in the Arts, A/V Technology, and Communications cluster that would be interesting to me are choreographer, museum conservator, reporter, singer, and fashion designer. Of those careers, being a museum conservator, singer, or fashion designer sounds the most appealing to me. Out of all those choices, I think that being a fashion designer seems the most interesting and would allow me to use my creativity.
Fashion designers create patterns and construct sample garments for a target market. They use models to determine how the garments will fit and modify them as necessary to get the desired look. In order to excel in this position, I would need to be able to think creatively; establish working relationships with models, designers, and others in the industry; and organize my time in order to accomplish the necessary work and meet deadlines.
There are several schools that offer a degree in fashion design, such as Savannah College of Art and Design, Academy of Art University in San Francisco, Kent State University, and the University of Cincinnati. Several technical schools also focus on fashion design, such as the Fashion Institute of Design & Merchandising. I think I would choose to attend Parsons in New York, which has turned out many famous fashion designers, such as Marc Jacobs, Jenna Lyons, and Tom Ford.
Explanation:
plato answer
lol that dude hasnt been on since a year what the hell happned to him
Answer:
A continuación se explican cada una de las características más importantes de cada horno:
Explanation:
<u>Procedimiento Bessemer:</u>
En este horno el oxígeno del aire quema el silicio y el manganeso que se encuentra en la masa fundida y los convierte en óxidos., luego el oxígeno comienza a oxidar el carbono.Luego finalmente el hierro se oxida,ya en este punto sin haber oxígeno ahora se añade a esa masa hierro carbono y finalmente manganeso.
<u>Procedimiento Siemens Martin:</u>
A 1800 º C funde la chatarra y lingotes de arrabio solidificado bajo la llama producida en la combustión; se eliminan las impurezas y se consiguen aceros de una gran calidad para fabricar piezas de maquinaria. Este tipo de horno tiene una gran uso en el mercado ya que pueden fundir latones, bronces, aleaciones de aluminio, fundiciones y acero.
<u>Procedimiento Horno electrico:</u>
Trabaja a una temperatura de 1930 °C, se puede controlar eléctricamente, pueden contener hasta 270 toneladas de material fundido. También en estos hornos se inyecta oxígeno puro por medio de una lanza.
