previous week . . . . next week
Week 6 | 9 - 15 Oct 2023 | |
Monday (D1) | HOLIDAY Finish Homework from previous week. Be sure your name, student number, and HW# are at top of every page. Deadline: Submit your electronic HW by the start of next class meeting. (i.e., Wednesday). | |
Morning | ||
Midday | ||
2 PM | (this material will be moved to week 7, due to HOLIDAY today) Class:
|
Topic: Lightning & Thunder - Part 2; & Hail. (this material will be moved to week 7, due to HOLIDAY today) . Learning Goals At the end of this section, you should be able to:
|
Evening | Readings:
Do quiz W06 D2 online on Canvas. | Topic: Lagrangian Heat Budget . Learning Goals At the end of this section, you should be able to:
|
Tuesday (D2) | ||
Morning | ||
Midday | ||
Evening | ||
10 PM | Deadline to finish warm-up Qs. | |
Wed. (D3) | . | |
Morning | ||
Midday | ||
2 PM | Class:
| |
Evening | Note: for Fall 2023 term, there is a special class meeting Thursday 12 Oct at 2 pm in the normal room. Covering the Tornado topic that was delayed from earlier in the term due to holidays. Readings for the Friday class:
Do quiz W06 D4 online on Canvas. | Topic: Eulerian Heat Budget . Learning Goals At the end of this section, you should be able to:
|
Thurs. (D4) | ||
Morning | ||
Midday | ||
Evening | ||
10 PM | Deadline to finish warm-up Qs. | |
Friday (D5) | . | |
Morning | ||
Midday | ||
2 PM | Class:
| |
Evening | End-of-Week Numerical Homework Exercises. (Due at start of next class.)Homework 6: S.Ch3 (do all on a spreadsheet, except where indicated): A10e, A11e with r = 0.01 g/g, A14e(do by hand on copy of thermo diagram Fig 3.4 that your also turn in, (using CamScanner) and also write your final answer in the spreadsheet), A15, A20e, A27e, E1 <--this is E1, not A1. Also, do the following reading: S:Ch15. p545-554 (top 1/3) (for the rain & hail learning goals that will be covered on Monday) | Learning Goals At the end of this section, you should be able to:
|
Saturday(D6) | ||
. | ||
Sunday (D7) | ||
. |
previous week . . . . next week
Notes: The textbook for this course is Stull, 2018: "Practical Meteorology: An Algebra-based
Survey of Atmospheric Science", available for free online, at https://www.eoas.ubc.ca/books/Practical_Meteorology/ .
The reading and homework assignments use the following abbreviations to indicates various parts of this textbook: