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(c) Consider a convective system which penetrates to the tropopause and has the following magnitudes, Horizontal scale (L): 10 ms, 102 kg m, 10 km; Hori. wind velocity (U): Vertical velocity (W): 10 ms; 1 kg m. Vertical scale (motion) (L-): 10 km p': Po: Vertical scale (structure) (H): 10 km Derive an approximate equation from the above magnitudes of scales (keep the highest order terms). What is this approximate equation called?

(c) Consider a convective system which penetrates to the tropopause and has the following magnitudes, Horizontal scale (L): 10 ms, 102 kg m, 10 km; Hori. wind velocity (U): Vertical velocity (W): 10 ms; 1 kg m. Vertical scale (motion) (L-): 10 km p': Po: Vertical scale (structure) (H): 10 km Derive an approximate equation from the above magnitudes of scales (keep the highest order terms). What is this approximate equation called?

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
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(c) Consider a convective system which penetrates to the tropopause and has the following magnitudes, Horizontal scale (L): 10 km; Hori. wind velocity (U): 10 ms', Vertical velocity (W): 10 ms; p': 102 kg m, 1 kg m. Vertical scale (motion) (L): 10 km Po: Vertical scale (structure) (H): 10 km Derive an approximate equation from the above magnitudes of scales (keep the highest order terms). What is this approximate equation called?
Transcribed Image Text:(c) Consider a convective system which penetrates to the tropopause and has the following magnitudes, Horizontal scale (L): 10 km; Hori. wind velocity (U): 10 ms', Vertical velocity (W): 10 ms; p': 102 kg m, 1 kg m. Vertical scale (motion) (L): 10 km Po: Vertical scale (structure) (H): 10 km Derive an approximate equation from the above magnitudes of scales (keep the highest order terms). What is this approximate equation called?
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