101
        
        
          July 26–30, 2014
        
        
          
            Tuesday morning
          
        
        
          
            The Easy JavaScript Simulations Platform:
          
        
        
          
            A Reader for Android and iOS Tablets,
          
        
        
          
            A Simple Authoring Tool to Create
          
        
        
          
            Simulations, and the ComPADRE OSP Library
          
        
        
          Location:       STSS 420A
        
        
          Date:              Tuesday, July 29
        
        
          Time:              12–1 p.m.
        
        
          The Easy Java/JavaScript Simulation (EjsS) program enables students and
        
        
          teachers to create simulations by providing a set of simplified tools to
        
        
          lower the barrier to programming. To date over 500 Java simulations for
        
        
          astronomy and physics have been created with EjsS and are available on
        
        
          the ComPADRE Open Source Physics (OSP) Collection. Recently, the
        
        
          functionality of EjsS has expanded to include the creation of JavaScript
        
        
          simulations that run on computers and tablets. This workshop introduces
        
        
          the EjsS tool (freely available on ComPADRE) to participants and leads
        
        
          participants through creating simple JavaScript simulations. Participants
        
        
          will receive the free EjsS Reader for tablets to quickly and easily download
        
        
          and run JavaScript simulations from ComPADRE. Participants are encour-
        
        
          aged to bring laptops to install and run the EJS authoring tool and tablets
        
        
          to install the Reader. <
        
        
        
          > and < 
        
        
        
          um.es/Ejs/>.
        
        
          and create a vessel that can become negatively buoyant, retrieve an object
        
        
          at the bottom, then become positively buoyant to bring the object back to
        
        
          the surface.
        
        
          *Sponsored by Melissa Vigil
        
        
          DK02:
        
        
          9:30-9:40 a.m.   There’s More to the Story: Activities to
        
        
          Accompany Middle School Literature
        
        
          Contributed – William E. Reitz, 2921 Kent Rd., Silver Lake, OH 44224;
        
        
        
          Try several make n takes that flow from popular MS fiction, nonfiction and
        
        
          graphic novels. Materials and references provided.
        
        
          DK03:
        
        
          9:40-9:50 a.m.   Sound and Music on the Cheap
        
        
          Contributed – Wendy K. Adams, Department of Physics and Astronomy,
        
        
          Greeley, CO 80631;
        
        
        
          Several hands-on sound and music activities for ages 4-100 will be present-
        
        
          ed. Materials and instructions will be provided to assemble your own straw
        
        
          trombone and cup banjo. Other acoustic demonstrations will be presented
        
        
          including tuning fork transfer of energy to Ping-Pong balls and water and
        
        
          resonance with pasta and raisins.
        
        
          DK04:
        
        
          9:50-10 a.m.   Sparking Student Interest: E&M Activities
        
        
          for Middle School and Beyond
        
        
          Contributed – Anne J. Cox, Eckerd College, St. Petersburg, FL 33711;
        
        
        
          Students build a stylus for an i-device/smartphone, simple motor and
        
        
          other devices in activities inspired by a DIY (“Do-It-Yourself”) or “Maker”
        
        
          philosophy. The idea is for students to learn as they build their own experi-
        
        
          ments or demonstrations. These activities have been used successfully with
        
        
          middle school as well as introductory college students.
        
        
          
            Ceremonial Session:  AAPT Klopsteg Memorial Lecture Award
          
        
        
          
            Presented to Donald W. Olson
          
        
        
          Location:      Northrop Auditorium
        
        
          Date:             Tuesday, July 29
        
        
          Time:             10:30–11:30 a.m.
        
        
          Presider: Gay Stewart
        
        
          
            Don Olson
          
        
        
          Celestial Sleuth: Using Physics and Astronomy to Solve Mysteries in
        
        
          Art, History, and Literature
        
        
          Donald W. Olson, Texas State University, San Marcos
        
        
          How do astronomical methods make it possible to identify celestial objects and to calculate dates
        
        
          and times for night-sky paintings by Vincent van Gogh and J. M. W. Turner? When did Claude
        
        
          Monet witness a dramatic sunset on the Normandy coast? Why is there a blood-red sky in Edvard
        
        
          Munch’s “The Scream”? On what dates did Ansel Adams create his moonrise photographs in
        
        
          Yosemite? What spectacular celestial event inspired Walt Whitman to write a poem and Frederic
        
        
          Church to create a painting? Why is a bright star described in Act 1, Scene 1, of
        
        
          Hamlet
        
        
          ? On what
        
        
          date did the Roman fleet commanded by Julius Caesar invade Britain? To answer questions like
        
        
          these, faculty and students from Texas State University have made research trips to the relevant
        
        
          sites and have published a series of articles over the last two decades, applying physics and as-
        
        
          tronomy to art, history, and literature.