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What is the primary driver of the general circulation? Select one: O a. Imbalances that result from radiational differential heating whereby outgoing longwave emission varies by a large amount meridionally while incoming shortwave radiation from the sun varies by a small amount meridionally. b. Imbalances that result from radiational differential heating whereby outgoing longwave emission only varies by a small amount meridionally while incoming shortwave radiation from the sun varies by a large amount meridionally. OC. The subtropical and polar jet streams are the main driver of the general circulation as they cause much mixing of air along their meandering paths. d. Coriolis force turning helps get the wind blowing towards the poles, which in turn mixes the warm air from the tropics with the cold air at higher latitudes, addressing any energy imbalances. e The orbital eccentricity of the Earth causes large temperature imbalances due to the changing solar constant through the course of a given year.

What is the primary driver of the general circulation? Select one: O a. Imbalances that result from radiational differential heating whereby outgoing longwave emission varies by a large amount meridionally while incoming shortwave radiation from the sun varies by a small amount meridionally. b. Imbalances that result from radiational differential heating whereby outgoing longwave emission only varies by a small amount meridionally while incoming shortwave radiation from the sun varies by a large amount meridionally. OC. The subtropical and polar jet streams are the main driver of the general circulation as they cause much mixing of air along their meandering paths. d. Coriolis force turning helps get the wind blowing towards the poles, which in turn mixes the warm air from the tropics with the cold air at higher latitudes, addressing any energy imbalances. e The orbital eccentricity of the Earth causes large temperature imbalances due to the changing solar constant through the course of a given year.

Applications and Investigations in Earth Science (9th Edition)
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
Problem 1LR
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What is the primary driver of the general circulation? Select one: Imbalances that result from radiational differential heating whereby outgoing longwave emission varies by a large amount meridionally while İncoming shortwave radiation from the sun varies by a small amount meridionally. a. b. Imbalances that result from radiational differential heating whereby outgoing longwave emission only varies by a small amount meridionally while incoming shortwave radiation from the sun varies by a large amount meridionally. C. The subtropical and polar jet streams are the main driver of the general circulation as they cause much mixing of air along their meandering paths. d. Corlolis force tuming helps get the wind blowing towards the poles, which in turn mixes the warm air from the tropics with the cold air at higher latitudes, addressing any energy imbalances. The orbital eccentricity of the Earth causes large temperature imbalances due to the changing solar constant through the course of a given year.
Transcribed Image Text:What is the primary driver of the general circulation? Select one: Imbalances that result from radiational differential heating whereby outgoing longwave emission varies by a large amount meridionally while İncoming shortwave radiation from the sun varies by a small amount meridionally. a. b. Imbalances that result from radiational differential heating whereby outgoing longwave emission only varies by a small amount meridionally while incoming shortwave radiation from the sun varies by a large amount meridionally. C. The subtropical and polar jet streams are the main driver of the general circulation as they cause much mixing of air along their meandering paths. d. Corlolis force tuming helps get the wind blowing towards the poles, which in turn mixes the warm air from the tropics with the cold air at higher latitudes, addressing any energy imbalances. The orbital eccentricity of the Earth causes large temperature imbalances due to the changing solar constant through the course of a given year.
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