There is no need to fill out the questionnaire for the class. It would be helpful to identify which of the unit problems you struggle with. Also when you have the time, try to solve at least one of the tasks of last years exam.
Here are some worked problems with explanations.
Application on rising and sinking air parcels.
Application on freezing of super cooled water
Application on energy change in air masses
Application on pressure gradient force
Application of the concept of eddy diffusion
Application example for the concept of the geostrophic wind model
Application example of aqueous chemistry
Application of the triade NO-NO2-O3 as a simplification to describe ozone chemistry
Application of NO2 photolysis
Application of the Chapman cycle
What does s denote? Saturated lapse rate of the air parcel (variable, changes with height and pressure). Think about why it does do that.
Also is gamma the lapse rate for the environment? Small gamma is the environmental lapse rate (variable). Capital gamma or capital gamma subscript d are the traditional meteorological symbols for the dry adiabatic lapse rate (=-0.98K/100m).
Problem 2: Use unit area to get the volume. Make an assumption pressure change.
Problem 3: You need to do an integration over z. Look again at the part about the isothermal atmosphere for inspiration.
Problem 4: Think about what equilibrium temperature means. Start out arguing from an initial temperature to the final one that you have at equilibrium. What do you do to get there? How does this “doing” affect the entropy of the system? You can solve the problem by argumentation with the first and second laws of TD. I am not asking for a mathematical prove here (despite it is possible to do it).
I am excited you are here and signed up for the class. This class is special and different, but I am sure you love exactly that once you get used to it and see the advantages and the fun. You can start right here to get started and become familiar with this class page.
Pssst, we will play jeopardy on the class navigation in the first 10 minutes of our first class meeting. 😉
See you soon in class.