Exercise A: What Jobs for Robots?
Exercise B: The "Feedback Loop"
Exercise C: Planetary Probes, Workhorses of the Solar System
Exercise D: How Do Probes Get to Space
Exercise E: Put It There-Building a Manipulator Arm
Exercise F: Time-Delay to Jupiter and Back
Exercise G: Sending Home the Information
Exercise H: You Make the Call-Which Robot?
Exercise I: How Do Sensors View the Earth?
Exercise J: Constructing a Mosaic
Activity Two: Telescopes
Exercise A: The Electromagnetic Spectrum
Exercise B: Refraction of Visible Light
Exercise C: Infrared Radiation-How Do We Know It's There?
Exercise D: How Can Light Be Put To Work?
Exercise E: Types of Telescopes
Exercise F: Building a Telescope and Putting It to Use
Exercise A: Fiber-Optics
Exercise B: Geosynchronous Satellites
Exercise C: Simulating Orbits
Exercise D: Revolution Times of Satellites
Exercise E: Pulse Codes
Exercise F: Parabolic Dish Receivers
Exercise G: Compressed Digital Video
Exercise H: Signals From the Expedition Site
Exercise I: TV Production
Activity Two: Internet Basics
Exercise A: Tracing the Path to the Internet
Exercise B: Using the Internet: Tasks and Tools
Exercise A: Jupiter and the Impact of the S-L9 Comet Fragments
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Gene Carl
Feldman
(gene@seawifs.gsfc.nasa.gov)
(301) 286-9428
Todd Carlo Viola,
JASON Foundation for Education
(todd@jason.org)