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We have annotated several hundred teaching resources cataloged in the National Science Digital Library with spatial concept terms listed below. We have also created a new TeachSpatial collection annotated in the same way. The concept terms were drawn from the U.S.National Science Education Standards (NSES 1996) for topic areas B - Physical Science, C - Life Science, D - Earth and Space Science, as well as from the 1994 U.S. Geography Teaching Standards for grades 9-12. Those standards can be browsed here.

spatial concept terms

NSDL teaching resources related to "field"

This web page provides information and a graphical exercise for students regarding the interaction between magnetic field lines and a plasma. The activity involves tracing a typical interplanetary magnetic field line, dragged out of a location on the Sun by the radial flow of the solar wind. This illustrates the way magnetic field lines are "frozen to the plasma" and the wrapping of field lines due to the rotation of the sun. This is part of the work "The Exploration of the Earth's Magnetosphere". A Spanish translation is available.

Interplanetary Magnetic Field Lines

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This web page outlines the magnetic properties of the planets. Most large planets in the solar system have magnetic fields, probably produced quite differently from ours. This is part of a large work, "The Exploration of the Earth's Magnetosphere", that gives a non-mathematical introduction to the magnetic properties of the planets and the sun, space weather, and the motion of charged particles in magnetic fields.

Magnetospheres other than Ours

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This NASA site describes long-term changes in Earth's magnetic field, and how magnetic stripes in the Atlantic seafloor provide evidence for reversals of this field. The site presents a model of Earth's interior that helps explain how Earth's magnetic field is generated and how the reversals occur. A computer-generated image shows the complicated magnetic field in-between reversals.

Earth's Inconstant Magnetic Field

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This animation shows the quantum analogy of a classical bouncing ball moving in a gravitational field, without dissipation. The video shows the wave packet motion next to the ball. A graph of the expectation value of the quantum ball versus time is provided that illustrates the dispersion and later reforming of the quantum wave packet.

A Quantum Bouncing Ball

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University of Southampton's Applied Mathematics Group conducts research in a variety of topics such as liquid crystals, phase field models of solidification, hyperasymptotics, fluid dynamics and the mathematical modelling of industrial problems. A link is also provided to the General Relativity group homepage, which collaborates with the Applied Mathematics group to investigate the application of general relativity to astrophysics.

University of Southampton: Applied Mathematics Group

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This chapter provides a series of exercises associated with self-defining continuous fields where the entity is an attribute that is continuous across space and thus is in some sense self-defining. The relations are those involving distance and magnitude and there are a number of associated spatial concepts such as the first order primitive we call height, and second order notions of continuity, gradient and trend.

Fields (Chapter 6)

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