) Considering ONLY radiation energy exchanges, does the Earth’s ground surface absorb more radiation energy than it emits or does it emit more radiation energy than it absorbs? (b) Considering ONLY radiation energy exchanges, does the Earth’s atmosphere absorb more radiation energy then it emits or does it emit more radiation energy than it absorbs? The total energy budget for the surface of the Earth and the atmosphere individually must be in balance (total energy in equal to total energy out). (c) What non-radiational energy exchanges between the Earth’s surface and the atmosphere make up for the radiation imbalances?
) Considering ONLY radiation energy exchanges, does the Earth’s ground surface absorb more radiation energy than it emits or does it emit more radiation energy than it absorbs? (b) Considering ONLY radiation energy exchanges, does the Earth’s atmosphere absorb more radiation energy then it emits or does it emit more radiation energy than it absorbs? The total energy budget for the surface of the Earth and the atmosphere individually must be in balance (total energy in equal to total energy out). (c) What non-radiational energy exchanges between the Earth’s surface and the atmosphere make up for the radiation imbalances?
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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- (a) Considering ONLY radiation energy exchanges, does the Earth’s ground surface absorb more radiation energy than it emits or does it emit more radiation energy than it absorbs?
- (b) Considering ONLY radiation energy exchanges, does the Earth’s atmosphere absorb more radiation energy then it emits or does it emit more radiation energy than it absorbs?
The total energy budget for the surface of the Earth and the atmosphere individually must be in balance (total energy in equal to total energy out).
- (c) What non-radiational energy exchanges between the Earth’s surface and the atmosphere make up for the radiation imbalances?
- (d) Briefly explain how the radiation energy imbalances will eventually force instability and convective energy exchanges between the ground surface and the atmosphere.
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