Lecture Notes
These notes will normally appear 12 to 24 hours after class has met.
You should always read through them even if you were in class.
Click here to look at material that we will be covering in the next week or so

Thu., May 10 - Final Exam (music from Carmen: Habanera, Danse Boheme, March of the Toreadors)

Tue., May 01 - Hurricanes, final exam information
Thu., Apr. 26 - Quiz #4
Tue., Apr. 24 - Tornadoes pt. 2 and lightning
Thu., Apr. 19 - Tornadoes pt. 1
Tue., Apr. 17 - 3-cell model features in the real world, thunderstorms

Thu., Apr. 12 - Cause of the Coriolis force, thermal circulations, 1- and 3-cell models of the earth's global scale pressure and wind patterns
Tue., Apr. 10 -
Forces that cause surface and upper level winds, surface and upper level winds in the northern & southern hemispheres,
surface winds, water draining from sinks and toilets

Thu., Apr. 05 -
Quiz #3 (music: "La Voce del Silenzio" with Andrea Bocelli and Elisa, and "Dancing" sung by Elisa)
Tue., Apr. 03 - Formation and types of precipitation
Thu., Mar. 29 - Identifying and naming clouds
Tue., Mar. 27 - Measuring humidity, dew and frost, condensation nuclei, haze and fog, cloud in a bottle, clouds and climate change
Thu., Mar. 22 - Humidity example problems, the Spring Equinox, Manhattanhenge, drying moist air, rainshadow effect
Controls of Temperature - Required and optional reading

Tue., Mar. 20 - Introduction to humidity variables, controls of temperature

Thu., Mar. 7 - Quiz #2 (
music: Israel Kamakawiwo'ole "Somewhere Over the Rainbow/What a Wonderful World" and "Ka Huila Wai")
Tue., Mar. 6 - The atmospheric greenhouse effect, effects of clouds on daytime and nighttime temperatures?
Thu., Mar. 1 - Rules governing the emission of EM radiation; light emitted by the earth, sun, & tungsten bulbs; radiative equilibrium;
filtering effect of the atmosphere
Tue., Feb. 28 - Latent heat energy transport, static electricity, electric fields and electromagnetic radiation
Thu., Feb. 23 - Temperature & heat, energy transport by conduction & convection
Tue., Feb. 21 - Locating fronts on weather maps, upper level charts,
introduction to energy & energy transport,
specific heat & latent heat

Thu., Feb. 16 - Quiz #1
(music: "Oaxaca" from Maserati)
Upper-level charts pt. 3 - Supplementary reading
Upper-level charts pt. 2 - Supplementary reading
Upper-level charts pt. 1 - required reading

Tue., Feb. 14 - Surface weather map features, high and low pressure centers, warm and cold fronts
Thu., Feb. 09 - Station model notation, surface weather map analysis
Tue., Feb. 07 - Charles Law, vertical forces acting on air parcels, Archimedes law, Jacques Piccard,
Thu., Feb. 02 - Ideal gas law, Auguste Piccard, Practice Quiz
Tue., Jan. 31 - Air density changes with altitude, upward pressure difference force, troposphere & stratosphere, Auguste Piccard?
Thu., Jan. 26 - Mass, weight, density, and pressure; pressure vs altitude; mercury barometer
Tue., Jan. 24 - Sulfur dioxide & acid rain, particulate matter; mass, weight, density & pressure?
Thu., Jan. 19 - Carbon monoxide, tropospheric ozone and photochemical smog
Tue., Jan. 17 - Origin and Evolution of the earth's atmosphere, air pollutants, scattering of light

Thu., Jan. 12 - First day of class, origin & composition of the atmosphere