Assignment |
Date Assigned |
Date Due |
points
|
topic(s) and/or
comments |
Atmospheric
Stability |
Tue., Nov. 8 |
Tue., Nov. 22 |
0.4 |
read this background
material, study this example |
Thermal circulations, 3-cell
model asst. |
Tue., Nov. 8 |
Thu., Nov. 17 |
0.25 |
read this background
material. You can also earn credit for a
1S1P report
on this topic. |
Forces and winds
asst. |
Tue., Nov. 8 |
Tue., Nov. 15 |
0.4 |
forces that cause wind,
surface & upper level winds in the N. & S.
hemispheres answers |
In-class asst. |
Tue., Oct. 18 |
Tue., Oct. 18 |
0.2 |
humidity variables |
Upper level charts asst. |
Tue., Oct. 18 |
Tue., Oct. 25 |
0.4* |
Read Pt.
1, Pt.
2, and Pt.
3 of the supplementary material on upper level
charts. *see the assignment sheet for more details concerning credit earned on this assignment |
Controls
of climate asst. |
Thu., Oct. 13 |
Thu., Oct. 20 |
0.4 |
Read these online
notes for information about the topic |
Surface
weather map analysis |
Tue., Oct. 4 |
Tue., Oct. 11 |
0.4 |
Use this example
analysis as a guide. See also the Sept. 29 online
lecture notes You'll note on the assignment sheet that you can earn 1S1P pts instead of extra credit on this assignment. |
In-class asst. copies of the assignment will be handed out in class |
Tue., Sep. 27 |
Tue., Sep. 27 |
0.2 |
surface weather maps,
winds associated with surface centers of H and L
pressure answers |
In-class asst. copies of the assignment will be available in class |
Tue., Sep. 13 |
Thu., Sep. 15 by the end of class |
0.2 |
mercury barometer,
troposphere & stratosphere, ideal gas law, rising
& sinking air answers |
In-class asst. copies of the assignment will be handed out in class |
Thu., Sep. 01 |
Thu., Sep. 01 |
0.2 |
composition of the
atmosphere, air pollutants answers |