Global atmospheric circulation

Pregunta 1 de 4

1

Haz click en los puntos naranjas y selecciona una respuesta correcta para cada uno de ellos

Label the Global Circulation cell map; with the correct name of each circulation cell.

Explicación

Pregunta 2 de 4

1

Rellena los espacios en blanco para completar el texto.

Complete the paragraph about the Circulation Cells...
At the , air rises to 15km, causing pressure. The air current divides, and moves and south to form cells. The cooled air sinks at 30*c north and south of the , leading to presure.

Explicación

Pregunta 3 de 4

1

Complete stage 2 of the explanation...
Some of the ❌ air moves back towards the ❌ as trade winds. The rest travels towards the ❌, forming the ❌ part of the ❌ cells.

Arrastra y suelta para completar el texto.

cooled

Equator

Poles

lower

Ferrell

Explicación

Pregunta 4 de 4

1

Complete Stage 3 of the Statement...
At 60*c north and south, the warmer air of the Ferrell cells meets ❌ Polar air. The warmer air ❌ to form ❌. This air travels to the Poles, where it cools and sink, forming areas of ❌ pressure.

Arrastra y suelta para completar el texto.

cooler

rises

Polar Cells

high

	Creado por Archie Mitchell hace alrededor de 7 años

GCSE Geography Test sobre Global atmospheric circulation, creado por Archie Mitchell el 03/10/2017.

Global atmospheric circulation

Pregunta 1 de 4

Haz click en los puntos naranjas y selecciona una respuesta correcta para cada uno de ellos

Label the Global Circulation cell map; with the correct name of each circulation cell.

Explicación

Pregunta 2 de 4

Rellena los espacios en blanco para completar el texto.

Complete the paragraph about the Circulation Cells... At the , air rises to 15km, causing pressure. The air current divides, and moves and south to form cells. The cooled air sinks at 30*c north and south of the , leading to presure.

Explicación

Pregunta 3 de 4

Complete stage 2 of the explanation... Some of the ❌ air moves back towards the ❌ as trade winds. The rest travels towards the ❌, forming the ❌ part of the ❌ cells.

Arrastra y suelta para completar el texto.

Explicación

Pregunta 4 de 4

Complete Stage 3 of the Statement... At 60*c north and south, the warmer air of the Ferrell cells meets ❌ Polar air. The warmer air ❌ to form ❌. This air travels to the Poles, where it cools and sink, forming areas of ❌ pressure.

Arrastra y suelta para completar el texto.

Explicación

Complete the paragraph about the Circulation Cells...
At the , air rises to 15km, causing pressure. The air current divides, and moves and south to form cells. The cooled air sinks at 30*c north and south of the , leading to presure.

Complete stage 2 of the explanation...
Some of the ❌ air moves back towards the ❌ as trade winds. The rest travels towards the ❌, forming the ❌ part of the ❌ cells.

Complete Stage 3 of the Statement...
At 60*c north and south, the warmer air of the Ferrell cells meets ❌ Polar air. The warmer air ❌ to form ❌. This air travels to the Poles, where it cools and sink, forming areas of ❌ pressure.