Course Calendar
The calendar will be adjusted to actual class progress
throughout the semester. Topics may shift.
All files are stored in the course Moodle site.
The calendar was last modified 12/6/2012 10:45 AM.
Date |
Topic |
Observations |
What is due? |
Student Presentations |
Online Self Checks, relevant for
this date’s class |
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W 8-22 |
Introduction Measurement and observation basics Cloud
Classification (web link) |
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F 8-24 |
Observation and station model Composition and vertical structure
of the atmosphere slides |
Observation
period 1: Get
comfortable with observation and recording Twice
daily for six consecutive days, see your journal |
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M 8-27 |
Vertical Model Global circulation Satellite animation |
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W 8-29 |
Density, pressure, ideal Gas Law |
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F 8-31 |
Quiz 1: Layers,
station model, composition Experiment:
Ideal Gas Data (to
use if you missed the class period) |
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M 9-3 |
Labor Day |
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W 9-5 |
Density, pressure, ideal Gas Law Altitude-dependence of pressure |
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F 9-7 |
Experiment:
Pressure and Altitude |
1.
Weather
Journal to instructor for feedback 2.
Lab
write-up 1 for ideal-gas experiment from 8-31-2012 3.
Assignment |
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M 9-10 |
Altitude and pressure Sealevel pressure |
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W 9-12 |
Air masses, fronts Chapter 2: Energy cycle Force, Work And Heat – specific
heat and latent heat |
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Review and Help session on Thursday, September 13, 7 pm in class room Sci2200 |
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F 9-14 |
Quiz 2 pressure and
altitude answer Force, Work And Heat – specific
heat and latent heat |
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answers
(problems) answers
(book questions) 2.
Lab write-up 2
for pressure and altitude from 9-7-12 |
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M 9-17 |
Observation period 2: Embed your observations into the bigger
picture Seven consecutive days, two
records per day for a total of 14 records |
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W 9-19 |
Heat (latent and sensible) Convection Energy Transport – conduction,
convection, radiation |
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F 9-21 |
Quiz 3 answers Visit by Steve Jerve '82 Storm
Team's Chief Meteorologist at WFLA TV
station in Florida |
1.
Homework
(you may skip book question 10 and move it to next week) 2.
Lab write-up for Exp3 – Latent heat answers 3.
Two questions for the visitor! |
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M 9-24 |
Blackbody radiation and
electromagnetic spectrum |
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W 9-26 |
Radiation interacting with
objects: Absorption, reflection and transmission Blackbody radiation |
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F 9-28 |
Quiz 4 Blackbody
radiation answers Earth’s orbit, coordinates slides |
Weather Journal
to instructor for feedback Homework,
chapter 2, review questions 8, 9, 10, 14, 16 answers |
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M 10-1 |
Greenhouse gases |
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W 10-3 |
Global energy budget |
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F 10-5 |
Test
1 answers Practice using vocabulary lists,
study guides, self checks, exp, homework assignments and quizzes. Equations,
constants and conversion factors will be given on the test. |
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M 10-8 |
Temperature Diurnal temperature, temperature
and position, |
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W 10-10 |
Experiment
5: Spatial and temporal variation of temperature on campus Exp 5: Campus
temperatures - handout To answer the questions: Local
conditions (and vertical variation) |
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F 10-12 |
Fronts, air masses Vertical Temperature, Lapse Rates DALR worksheet
(with corrections) |
Observation
period 3: Recognize
patterns, try a forecast |
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M 10-15 |
Fall Break |
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W 10-17 |
Vertical Temperature, Lapse Rates Stability, temperature inversions,
sounding measurements Sounding data
(NOAA, daily twice) |
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F10-19 |
Water Vapor In The Air Humidity slides |
Exp 5 handout Chapter3, review
questions 3, 8, 14,15 |
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M 10-22 |
Experiment
6: Psychrometer |
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W 10-24 |
Condensation And Deposition Of
Water |
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F 10-26 |
Quiz 5 (DALR,
stability, saturation) answers Condensation And Deposition Of
Water Droplet growth |
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M 10-29 |
Static stability and skewT graph |
assignment
(from Friday, but moved since the interactive figure needed to be fixed) |
Group Presentation: Flooding |
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W 10-31 |
Field
trip to Morris Municipal Airport Meet 9:15 am sharp at south
entrance of the science building, look for two Morris Transit buses Be prepared for exposure to 20
minutes of wind/cold on a field We will be back for the next class
period |
Experiment 6 Psychrometer due |
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F 11-2 |
Quiz 6 water vapor content Stability, LCL, cloud tops |
Group
Presentation: Atmosphere on other planets Group Presentation: Ocean circulation |
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M 11-5 |
Stability, LCL, cloud tops |
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Group Presentation: PalaeoClimate
Group Presentation: Drought and Heat
waves |
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W 11-7 |
Precipitation |
Weather Journal
to instructor for feedback |
Group Presentation: Cloud Seeding |
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F 11-9 |
Quiz
7 SkewT chart, LCL answer Precipitation slides |
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Textbook,
chapter4, questions 8, 9, 10, and 15 answers |
Group
presentation: snow and ice |
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M 11-12 |
Weather Observations 5.1. Ground-based observations 5.2. Satellite Observations, Image
interpretation |
Making up points for
the weather journal Upon request I
decided to offer another chance to catch up on missed points for those who
–for various reasons- missed to do or turn in observations in their weather
journals. If you have received good scores, and even utilized the
extra bonus opportunities, this will not affect you. If you had low
scores or have missed to turn in the journal, here is the deal: |
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Group
Presentation: Smog |
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W 11-14 |
5.2. Satellite Observations, Image
interpretation 5.3 Weather Radar |
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F 11-16 |
Test 2 Answers to
test 2 |
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AWOS essay due |
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M 11-19 |
Atmospheric Optics |
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W 11-21 |
Forces and Wind |
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Group Presentation: El Nino/ El Nina |
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F 11-23 |
Thanksgiving break |
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M 11-26 |
Forces and Wind Newton’s second law Directions of force and momentum |
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Group
Presentation: Acid Rain |
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W 11-28 |
Forces and Wind |
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Group
Presentation: Blizzards Group
Presentation: Monsoons |
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F 11-30 |
Quiz 8 observation,
optical effects and forces answers PGF, |
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Book Review
Questions: Chapter5
questions 9 and 17; Chapter 6
questions 4 and 5 |
Group
Presentation: Tornadoes |
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M 12-3 |
Coriolis and
Centrifugal forces Geostrophic wind, slides |
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Group
Presentation: Thunderstorms |
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W 12-5 |
gradient wind and Guldberg-Mohn balance |
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Group
Presentation: Midwest small wind systems |
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F 12-7 |
Global Scale Winds |
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Group
Presentation: Hurricanes Group
Presentation: Climate Modeling |
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T 12-11 |
1:30 – 3:30, Sci
1030 Final Exam |
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