The tropopause is a defined boundary that separates the troposphere (below) from the stratosphere (above). In the troposphere, temperatures generally decrease significantly as altitude increases. In the lower stratosphere, temperatures typically become nearly constant (isothermal) or begin to increase with altitude (called a temperature inversion). The point of this pattern change, defined by the rate of temperature change with altitude, is designated the tropopause. 13.Based on the temperature pattern you plotted, the tropopause above Dallas-Ft. Worth at 12Z 20 January was located at a pressure level above ______ mb. a.700 b.500 c.300 d.200 e.100
The tropopause is a defined boundary that separates the troposphere (below) from the stratosphere (above). In the troposphere, temperatures generally decrease significantly as altitude increases. In the lower stratosphere, temperatures typically become nearly constant (isothermal) or begin to increase with altitude (called a temperature inversion). The point of this pattern change, defined by the rate of temperature change with altitude, is designated the tropopause. 13.Based on the temperature pattern you plotted, the tropopause above Dallas-Ft. Worth at 12Z 20 January was located at a pressure level above ______ mb. a.700 b.500 c.300 d.200 e.100
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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The tropopause is a defined boundary that separates the troposphere (below) from the stratosphere (above). In the troposphere, temperatures generally decrease significantly as altitude increases. In the lower stratosphere, temperatures typically become nearly constant (isothermal) or begin to increase with altitude (called a temperature inversion). The point of this pattern change, defined by the rate of temperature change with altitude, is designated the tropopause.
13.Based on the temperature pattern you plotted, the tropopause above Dallas-Ft. Worth at 12Z 20 January was located at a pressure level above ______ mb.
a.700
b.500
c.300
d.200
e.100
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