Lecture Notes
    
    These notes will
            normally appear 12 to 24 hours after class has met. 
            They're often put together is a hurry
        so keep an eye out for typos.  You should
            always read through them even if you were in class.
       
      
       
        
           Fri., May 3 - Final Exam
          Wed., May 1 - Final Exam review pt.
          1
          Mon., Apr. 29 - Grade summaries,
          course evaluation
          Fri., Apr. 26 - Hurricanes
          
          Wed., Apr. 24 - Quiz #4 (music: "Reckoner"
          from Radiohead)
          Mon., Apr. 22 - Lightning
          Fri., Apr. 19 - Tornadoes pt. 2
          Wed., Apr. 17 - Thunderstorms pt. 2,
          tornadoes
          Mon., Apr. 15 - Thunderstorms pt. 1,
          microbursts
          Fri., Apr. 12 - 3 cell model surface
          features and real world features, North American monsoon
          Wed., Apr. 10 - One quick last look
          at spinning winds, thermal circulations, sea & land
          breezes, 
                                      
          1- & 3-cell models of the earth's global scale
          circulation.
          Mon., Apr. 8 - Upper
          level & surface winds, cause of the Coriolis force, water
          draining from sinks and toilets
          Fri., Apr. 5 - Pressure gradient
          force and Coriolis force, upper level winds in the northern
          and southern hemispheres
            
          Wed., Apr. 3 - Quiz #3
         Mon., Apr. 1 - Ice
              crystal process of precipitation formation, types of
              precipitation
              Fri., Mar. 29 - Satellite
              photographs of clouds, precipitation-producing processes,
              collision-coalescence process
              Wed., Mar. 27 - Identifying and
              naming clouds
              Mon., Mar. 25 - Dew & frost,
              condensation nuclei, haze and fog, cloud-in-a-bottle
              Fri., Mar. 22 - Humidity example
              problems pt. 2, drying moist air, rain shadow effect,
              measuring humidity, heat index
              Wed., Mar. 20 - Humidity example
              problems pt. 1, Spring Equinox, Manhattanhenge
              Saturating Air with
                Water Vapor - Supplementary Reading
              Mon., Mar. 18 - Introduction to
              humidity variables
              Mar. 9 - Mar. 17 - Spring Break
              Fri., Mar. 8 - Class cancelled
              
              Wed., Mar. 6 - Quiz #2 (music: "Ballad
                of Cable Hogue" Calexico with Mariachi Luz de Luna
              & Francoiz Breut,
                     
                         
                       
              "Gypsy's
                Curse", 
"Trigger"
        )
        
 Mon., Mar. 4 -
              Effects of clouds on daytime and nighttime temperatures,
              global warming misconception, controls of temperature
              Fri., Mar. 1 - Colored clouds at
              sunrise and sunset, fate of incoming sunlight, realistic
              energy balance on the earth
              Wed., Feb. 27 - Radiative
              equilibrium, filtering effect of the atmosphere,
              atmospheric greenhouse effect
              Mon., Feb. 25 - Rules governing
              the emission of EM radiation
              Fri., Feb. 22 - Latent heat
              energy transport, electromagnetic radiation
              Wed., Feb. 20 - Convection, wind
              chill, latent heat energy transport
              Mon., Feb. 18 - Temperature
              scale, energy needed to evaporate liquid nitrogen, energy
              transport by conduction
              Fri., Feb. 15 - Introduction
              to energy and energy transport, e
nergy
              and temperature, specific heat & latent heat
              
              Wed., Feb. 13 - Quiz #1 (music: "Hush"
              from Deep Purple)
              Upper Level Charts
                Pt. 3 - Supplementary reading
          Upper Level
            Charts Pt. 2 - Supplementary reading
          Upper Level
            Charts Pt. 1 - Required reading
          Mon., Feb. 11 - Warm fronts, upper
          level charts
          Fri., Feb. 8 - Cold and warm fronts,
          locating fronts on a surface weather map
          Wed., Feb. 6 - Surface weather maps,
          isobars & isotherms, surface low & high pressure,
          pressure gradient
          Mon., Feb. 4 - Archimedes Principle,
          station model notation used on surface weather maps
          Fri., Feb. 1 - Ideal gas law,
          Charles' law, vertical forces acting on air parcels, free
          convection
          Wed., Jan. 30 - Practice Quiz
          Mon., Jan. 28 - Air
              density and temperature changes with altitude, troposphere
              & stratosphere, Auguste & Jacques Piccard
          Fri., Jan. 25 - Pressure change
          with altitude, mercury barometers, upward pressure force
          Wed., Jan. 23 - Mass, weight,
          density, and pressure
          Mon., Jan. 21 - Martin L. King Jr. Holiday
          Fri., Jan. 18 - Sulfur dioxide &
          acid rain, particulate matter, effects of particulates on
          visibility
          Wed., Jan. 16 - Air quality index,
          tropospheric ozone & photochemical (Los Angeles type)
          smog, sulfur dioxide pt. 1
          Mon., Jan. 14 - Air pollutants,
          carbon monoxide, temperature inversions, scattering of light
          Fri., Jan. 11 - Cold front passage,
          Australian dust storm, origin & evolution of
          the earth's atmosphere,
                                  
          stromatolites and banded iron formation
        Wed., Jan. 9 - First day of class,
          course information, composition of the atmosphere