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Access to Pearson MyLab is required for this course.

Access to Pearson MyLab is required for this course.

How is turbulence generated in the atmospheric boundary layer?– Explain the roles of mechanical and thermal generation.– Describe how energy cascades from large to small eddies.– Why doesn’t turbulence kinetic energy (TKE) build up indefinitely?– Which atmospheric processes help balance generation and dissipation?

Describe in your own words the processes that determine the profiles of T, θ,q, and V profiles in Figures 9.16a, and 9.16b.

3 What type of radiation is being displayed above? How can you tell? Describe what is affecting the amplitude of the radiation at each location A, B, C, D, and E. The figure shows ________Radiation. Describe what is contributing to the values of this radiation at the following locations. I am looking for physcial phenomena like ascent ,Deep convection, subsidence, high or low clouds, albedo, elevation, zenith angle, absorption , emission… A. B. C. D. E.

The figure above shows the heating rate profiles for CO2, O3, and H2O in the atmosphere with respect to Solar radiation and Infrared radiation.  Label the following using constituent (O3, CO2, H2O) and radiation type the constituent is interaction with (either longwave (LW) or, shortwave (SW) (exaple SW O3, or LW CO2. “Net” is also an option for one line). Label the following A) B) C) D) E) F) G) I) Explain the balance between the above constituents in the troposphere (cooling vs warming). Is the troposphere in radiative equilibrium? Is it cooling or warming? Is it in any type of equilibrium?   II) Explain the balance between the above constituents in the stratosphere (cooling vs warming). Is the stratosphere in radiative equilibrium? Is it cooling or warming? Is it in any type of equilibrium?

Is it acceptable to use AI in this course?

What is the late penalty for HIT 235?

Pictures or print screens of your homework is acceptable in this course.