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  <h2>Weather and Climate for Teachers<br /> 2010 Summer Teacher's Course</h2>

  <img style="border:0; float:right" src="day2.jpg" alt="day1" />

  <b class="font5"> Day 2</b>
  &nbsp;<span class="font2">&lt;--<i><a href="day1.html">day 1</a></i> |
  <i><a href="day3.html">day 3</a></i>--></span><p></p>

  <b style="color:#000099">Session 3: Pressure, Density, Temperature, Buoyancy</b><ul>
 
  <li> <b style="color:#dd6600">Engage & Explore</b><ul>
    <li> <a href="docs/DoesAirWeighAnything.pdf"> Does air weigh anything?</a>, PDF</li>
    <li> <a href="docs/GravityPushesThingsUp.pdf"> How can gravity make something go up?</a>, PDF</li>
    <li> <a href="docs/WhatCausesPressure.pdf"> What causes pressure?</a>, PDF</li>
    <li> <a href="docs/HotAirRisesWhyColdInMountains.pdf"> If hot air rises, why is it cold in the mountains?</a>, PDF</li>
    <li> <a href="docs/CloudsFormInAfternoon.pdf"> Why do clouds tend to form in the afternoon?</a>, PDF</li>
    </ul><p></p></li>

  <li> <b style="color:#dd6600">Explain</b><ul>
    <li> Gas laws, buoyancy</li>
    <li> Temperature structure of the atmosphere</li>
    <li> Parcels & the environment</li>
    <li> Lapse rates & stability</li>
    <li> Full presentation,
      <a href="docs/03.State.and.Buoyancy.ppt"> PPT</a> |
      <a href="docs/03.State.and.Buoyancy.pdf"> PDF</a></li>
    </ul><p></p></li>

  <li> <b style="color:#dd6600">Extend, Evaluate</b><ul>
    <li> Graphing temperature structure of the atmosphere:<ul>
      <li> <a href="docs/ParkerProfiles.pdf">Example profiles</a></li>
      <li> <a href="docs/ParkerStorm.pdf">Profiles of a storm day</a></li>
      </ul></li>
    </ul></li>

  </ul><hr />

  <b style="color:#000099">Session 4: Phases of Water, Latent Heat, and Clouds</b><ul>

  <li> <b style="color:#dd6600">Engage & Explore</b><ul>
    <li> <a href="docs/FreezingWarmer.pdf"> How can freezing make something warmer?</a>, PDF</li>
    <li> <a href="docs/SolarOvenHeatPacks.pdf"> How can you bring the sun's energy indoors?</a>, PDF</li>
    <li> <a href="docs/CloudsKeepAirWarmer.pdf"> How can clouds help keep the air warmer?</a>, PDF</li>
    <li> <a href="docs/CitiesAffectWeather.pdf"> Do cities affect the weather?</a>, PDF</li>
    <li> <a href="docs/IceCream.pdf"> Can you make ice cream in two minutes?</a>, PDF</li>
    </ul><p></p></li>

  <li> <b style="color:#dd6600">Explain</b><ul>
    <li> Phases of water & latent heat</li>
    <li> Saturation, relative humidity, dew point</li>
    <li> Fog and clouds</li>
    <li> Moist vs. dry lapse rates and vertical motion</li>
    <li> Conditional stability</li>
    <li> Full presentation,
      <a href="docs/04.Water.in.Air.ppt"> PPT</a> |
      <a href="docs/04.Water.in.Air.pdf"> PDF</a></li>
  </ul><p></p></li>

  <li> <b style="color:#dd6600">Extend</b><ul>
    <li> Measure wet bulb / dry bulb temperature, compute relative humidity<ul>
      <li> Measuring water vapor, <a href="docs/moisture_lab.doc">Word Doc</a> |
        <a href="docs/moisture_lab.pdf">PDF</a></li>
      <li> Water vapor activity, <a href="docs/wv_activity.doc">Word Doc</a> |
        <a href="docs/wv_activity.pdf">PDF</a></li>
      <li> Water vapor activity key, <a href="docs/wv_activity_key.doc">Word Doc</a> |
    <a href="docs/wv_activity_key.pdf">PDF</a></li></ul></li>
  </ul><p></p></li>

  <li> <b style="color:#dd6600">Evaluate</b><ul>
    <li> Clouds in a glass of beer, Part I</li>
  </ul><p></p></li>

  </ul>

  <p></p>

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