3. The following graphs (3a, 3b, and 3c) show elevation on the y-axis and air temperature on the x-axis. The solid line indicates the ambient environmental lapse rate, and the dashed line indicates the lapse rate of air pollution being emitted from a smokestack near the ground surface (z = 0). For each elevation vs. air temperature plot, sketch an image of the expected smokestack plume. If an inversion layer is present, identify it in the sketch. Describe each plume as either coning, fanning, fumigation, lofting, or looping. Temperature, T b) Temperature, T Temperature, T
3. The following graphs (3a, 3b, and 3c) show elevation on the y-axis and air temperature on the x-axis. The solid line indicates the ambient environmental lapse rate, and the dashed line indicates the lapse rate of air pollution being emitted from a smokestack near the ground surface (z = 0). For each elevation vs. air temperature plot, sketch an image of the expected smokestack plume. If an inversion layer is present, identify it in the sketch. Describe each plume as either coning, fanning, fumigation, lofting, or looping. Temperature, T b) Temperature, T Temperature, T
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:3. The following graphs (3a, 3b, and 3c) show elevation on the y-axis and air temperature on
the x-axis. The solid line indicates the ambient environmental lapse rate, and the dashed line
indicates the lapse rate of air pollution being emitted from a smokestack near the ground
surface (z = 0). For each elevation vs. air temperature plot, sketch an image of the expected
smokestack plume. If an inversion layer is present, identify it in the sketch. Describe each
plume as either coning, fanning, fumigation, lofting, or looping.
a)
Elevation, z
Temperature, T
b)
Elevation, z
Temperature, T
Elevation, z
Temperature, T
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