

06/04/2010
was produced by the Department of Engineering at the University of Cambridge. | |
| Planetary Adventure Base Camp Student modules based on the work of Jamie McKenzie and his model, the Research Cycle. | |
| Living in Space - Design a Space Station - an interactive adventure; explore and use your knowledge of space to create a space station. | |
| Exploring Space -Using a variety of Web-based resources, students generate a visual and textual overview of the future of the space program. | |
| Amazing Race Through Space (Web Quest) Venture into space to perform various tasks. | |
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A City
In Space: The International Space Station(Web Quest)
You have been selected to be a colonist on the International Space Station (ISS). As a colonist you will live and work on the ISS, representing your country as part of the most exciting adventure of our time. | |
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Let's Build a city in the Solar System (Web Quest)
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| Adventures of the Agronauts (pack your bags for Agronaut training. Lead a mission to determine if and how we can grow plants on the moon. | |
| Astro Adventure Search for a design a habitable planet! | |
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Earth and Space WebQuest |
| Astro News information on the latest space missions, discoveries, and achievements! | Pictures in the Night Sky- make different constellations and then look at how these patterns make up shapes of animals and figures. | The Space Place - An interactive site with games, animations, projects and information. | ||||
Beam to Moon (Ratios and Proportions)
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Wonderville: Phases of the Moon | |||||
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Planet Size Comparison - Use this interactive to compare the sizes of
the planets in our solar system
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Welcome To the Planets | |||||
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This ExploreLearning Gizmo allows the user to gain an understanding of the phases of the moon by observing the relative position and rotation of Earth, its moon, and the sun in a simulation. The speed of the cycle is adjustable. The resource includes an exploration guide and assessment questions |
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This ExploreLearning Gizmo allows the user to gain an understanding of how partial shadows are created. The simulation features multiple light sources and adjustable light spacing. The width of the shadow-casting block and light distance can also be changed and the resultant cast shadow observed. Screen shots may be taken to record data. The resource includes an exploration guide and assessment questions |
This ExploreLearning Gizmo allows the user to observe the length of a year and the orbital paths of the planets and other bodies while exploring the solar system. The position of the planets, their composition, gravity, surface temperature, and other characteristics are presented. The speed of the simulation may be adjusted and screen shots taken to record data. The resource includes an exploration guide and assessment questions. |
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This ExploreLearning Gizmo allows the user to manipulate the relative positions of the sun, Earth, and Earth's moon and observe how eclipses occur in a two-dimensional model. Partial and total eclipses as well as lunar and solar eclipses are simulated. The resource includes an exploration guide and assessment questions. |
This ExploreLearning Gizmo allows the user to observe the motions of the Earth, its moon, and the sun in a three-dimensional simulation to investigate the causes of and timing of eclipses. The angle of the moon's orbit and the distance between Earth and its moon are adjustable. The resource includes an exploration guide and assessment questions. |