Energía y contaminación atmosférica - T1-2

Para reducir la emisión de un contaminante atmosférico emitido desde un ciclo combinado podemos …

• Incrementar la altura de chimenea.

• Aumentar la generación eléctrica.

• Depurar los gases.

• Usar energías renovables.

La atmósfera terrestre contiene un fluido …

• En régimen turbulento monocapa.
• Perfectamente mezclado.
• Estratificado en régimen turbulento.
• Dividido en capas.

Answer explanation

Jupiter is a gas giant made primarily of hydrogen and helium. Unlike terrestrial planets that have solid surfaces, gas giants like Jupiter don't have a well-defined solid surface, allowing them to accumulate more mass in a gaseous form. This composition has allowed Jupiter to grow significantly larger than planets with solid surfaces.

La inmisión de un contaminante es su concentración …

• En el receptor.
• En el aire cerca del suelo.
• En el aire troposférico.
• En el suelo.

Answer explanation

Jupiter is a gas giant made primarily of hydrogen and helium. Unlike terrestrial planets that have solid surfaces, gas giants like Jupiter don't have a well-defined solid surface, allowing them to accumulate more mass in a gaseous form. This composition has allowed Jupiter to grow significantly larger than planets with solid surfaces.

La temperatura del aire atmosférico terrestre depende de …

• La temperatura del suelo y su composición.
• La temperatura del suelo, la presión, la humedad y su composición.
• La temperatura del suelo, la radiación solar y su composición.
• La temperatura del agua, la radiación solar y su composición.

Answer explanation

Jupiter is a gas giant made primarily of hydrogen and helium. Unlike terrestrial planets that have solid surfaces, gas giants like Jupiter don't have a well-defined solid surface, allowing them to accumulate more mass in a gaseous form. This composition has allowed Jupiter to grow significantly larger than planets with solid surfaces.

Emisión de un contaminante es …

• Su concentración en el suelo.
• Su caudal másico en los gases emitidos.
• Su concentración en los gases de chimenea.
• Su caudal volumétrico en los gases de chimenea.

Answer explanation

Jupiter is a gas giant made primarily of hydrogen and helium. Unlike terrestrial planets that have solid surfaces, gas giants like Jupiter don't have a well-defined solid surface, allowing them to accumulate more mass in a gaseous form. This composition has allowed Jupiter to grow significantly larger than planets with solid surfaces.

Unidades típicas en las que se mide la inmisión y la emisión de un contaminante gaseoso son, respectivamente, …

• mg/m3N y microg/m3.
• ppb y ppm.
• microg/s y mg/s.
• mg/m3 y kg/s.

Answer explanation

Jupiter is a gas giant made primarily of hydrogen and helium. Unlike terrestrial planets that have solid surfaces, gas giants like Jupiter don't have a well-defined solid surface, allowing them to accumulate more mass in a gaseous form. This composition has allowed Jupiter to grow significantly larger than planets with solid surfaces.

La calidad del aire viene determinada por …

• La emisión.
• La inmisión.
• El impacto sobre la salud humana.
• El impacto sobre el suelo.

Answer explanation

Jupiter is a gas giant made primarily of hydrogen and helium. Unlike terrestrial planets that have solid surfaces, gas giants like Jupiter don't have a well-defined solid surface, allowing them to accumulate more mass in a gaseous form. This composition has allowed Jupiter to grow significantly larger than planets with solid surfaces.

Los procesos atmosféricos que experimenta un contaminante atmosférico idealmente inerte tras ser emitido son …

• Dispersión y dilución.
• Dilución, transformación química y eliminación.
• Sobreelevación y dispersión.
• Dispersión y deposición.

Answer explanation

Jupiter is a gas giant made primarily of hydrogen and helium. Unlike terrestrial planets that have solid surfaces, gas giants like Jupiter don't have a well-defined solid surface, allowing them to accumulate more mass in a gaseous form. This composition has allowed Jupiter to grow significantly larger than planets with solid surfaces.

Para el control de la contaminación atmosférica es necesario …

• Conocer la inmisión.
• Conocer la emisión.
• Conocer ambas.
• Basta con conocer sus efectos.

Answer explanation

Jupiter is a gas giant made primarily of hydrogen and helium. Unlike terrestrial planets that have solid surfaces, gas giants like Jupiter don't have a well-defined solid surface, allowing them to accumulate more mass in a gaseous form. This composition has allowed Jupiter to grow significantly larger than planets with solid surfaces.

Para el control de la contaminación atmosférica es suficiente …

• Conocer la inmisión.
• Conocer la emisión.
• Conocer ambas es suficiente.
• Conocer ambas no es suficiente.

Answer explanation

Jupiter is a gas giant made primarily of hydrogen and helium. Unlike terrestrial planets that have solid surfaces, gas giants like Jupiter don't have a well-defined solid surface, allowing them to accumulate more mass in a gaseous form. This composition has allowed Jupiter to grow significantly larger than planets with solid surfaces.