SEARCH RESULTS   Found 25 text references: 1. " You can turn the magnetism of an electromagnet on and off with a switch." Source:   . "Vocabulary" Science Weekly 16.2 Sept. 10 1999: 2 2. " According to the Hopi Foundation+ the electromagnetic field of electricity that emanates from power lines is considered disruptive to the atmosphere, ambience and balance of ceremonial areas." Source:   LaDuke, Winona. "Solar self-reliance: in the sunny Southwest, many Hopi and Navajo people have discovered that solar panels strike the right balance between tradition and technology" Mother Earth News .206 Oct. 1 2004: 90-96 3. "... * Properties of objects and materials * Position and motion of objects * Light, heat, electricity, and magnetism (5-8) * Properties and changes of properties in matter * Motions and forces * Transfer..." Source:   . "The Sun" Science Weekly 16.11 Feb. 11 2000: 1 4. "... and materials * Position and motion of objects * Light, heat, electricity, and magnetism (5-8) * Motions and forces Standard D: Earth and Space Science (K-4) * Objects in the sky * Changes..." Source:   . "Navigation" Science Weekly 16.13 Mar. 10 2000: 1 5. " The twelve topical sections include information on Matter, Reactions, Materials, Forces and Energy, Electricity and Magnetism, Sound and Light, Earth, Weather, Space, Living Things, How Living Things Work, and, Ecology." Source:   . "Firefly science encyclopedia" Resource Links 5.4 Apr. 1 2000: 31 6. "... heat+ electricity, and magnetism (5-8) * Properties and changes of properties in matter Standard E: Science and Technology (K-8) * Understanding about science and technology Standard G: History and Nature of Science (K-4) ..." Source:   . "Kitchen Science" Science Weekly 16.8 Dec. 17 1999: 1 7. " For example+ unit plans in science have focused on floating and sinking, matter, and electricity and magnetism." Source:   Kimmel, Howard,Deek, Fadi P.,O'Shea, Mark,Farrell, Mary L. "Meeting the Needs of Diverse Student Populations: Comprehensive Professional Development in Science, Math, and Technology for Teachers of Students With Disabilities" School Science and Mathematics 99.5 May 1 1999: 241 8. " Choices include the exploration of science basics, electricity, magnetism, mechanics, optics, astronomy, life sciences, and sound and electric waves." Source:   Szadkowski, Joseph. "How to make science `shocking' and thrilling" Washington Times Nov. 28 1999: 5 9. "... Otto von Guericke's 1672 Experimenta nova (New Magdeburg Experiments on Void-Space), using his newly discovered vacuum pump; and physicist James Clerk Maxwell's Treatise on Electricity and Magnetism (1873)." Source:   LEE, JENNIFER B.,MANDELBAUM, MIRIAM. "SEEING IS BELIEVING" USA Today (Magazine) 128.2654 Nov. 1 1999: 44 10. "... fundamental magnetism--of the familiar particle of electricity, the electron," he added. "This magnetism could be harnessed to create a whole new technology for carrying out computation, communication and control." Source:   . "UC Santa Barbara Physicist David Awschalom Wins American Physical Society's Buckley Prize" AScribe Science News Service Nov. 10 2004 11. " Terry reported that his calculus class covered topics such as solids of revolution, derivatives and integrals of major functions, and area under curves and that his physics class covered such topics as motion, electricity and magnetism, circuits, optics, and thermodynamics." Source:   Marrongelle, Karen A. "How students use physics to reason about calculus tasks" School Science and Mathematics 104.6 Oct. 1 2004: 258-273 12. " They study areas such as gravity, nuclear energy, electromagnetism, electricity, light, and heat." Source:   Saffer, Nancy. "Science and your career" Occupational Outlook Quarterly 43.2 June 22 1999: 36 13. " Here's how it works: A power source pumps 500,000 volts of electricity into a cathode ray tube, where an electromagnet forms the resulting electrons into a beam that passes through a vacuum to keep them in a straight line." Source:   Spake, Amanda. "Nan Unklesbay" U.S. News & World Report 128.1 Jan. 3 2000: 62 14. " Orsted did not suggest any satisfactory explanation of the phenomenon, nor did he try to represent the phenomenon in a mathematical framework; however, other scientists and inventors would follow along with practical inventions that capitalized on electricity and electromagnetism." Source:   Deal, Walter F., III. "Electric motors everywhere: most forms of energy go through some conversion process to do useful work for us" Technology Teacher 64.1 Sept. 1 2004: 20-25 15. " Since the existence of the field causally depends on the electromagnet, the field is not a Humean 'distinct existence' which merely contingently stands in a causal relation to the magnet." Source:   Vallicella, William F. "God, causation and occasionalism" Religious Studies 35.1 Mar. 1 1999: 3-4 16. " When placed in a magnetic field, some materials develop magnetism with the same polarity, While others develop an opposing field." Source:   . "Making magnetism flip twice, by design" Science News 155.10 Mar. 6 1999: 159-160 17. " The stronger the magnetism there or the denser the gas that the field pervades, the more the field rotates the light's polarization." Source:   Weiss, P. "Intergalactic magnetism runs deep and wide" Science News 157.19 May 6 2000: 294 18. " Maybe water witches know how to relax, slip back to a preconscious state where they absorb the magnetism and force fields of rocks and water; animals and plants." Source:   Hartz, John. "THE HOLOPUMP" Mother Earth News June 1 2000: 34 19. " Syracuse University (42) (35) (19) DANIEL HAGGERTY, "Moral Magnetism: A Study in Relations of Emotion, Value and World." Adviser: Michael Stocker." Source:   . "Doctoral dissertations 2003-2004 *" Review of Metaphysics 58.1 Sept. 1 2004: 243-263 20. " These so-called diamagnetic materials have no permanent magnetic character but generate magnetism that opposes an applied magnetic field." Source:   Wu, C. "Abracadabra! Magnets float in midair" Science News 156.4 July 24 1999: 54 21. " A small magnetic field is applied to the measured object, from which the instrument computes and displays the magnetic susceptibility, that is the induced magnetism, of the rock." Source:   Williams-Thorpe, Olwen,Potts, P.J.,Jones, M.C. "Non-destructive provenancing of bluestone axe-heads in Britain" Antiquity 78.300 June 1 2004: 359-380 22. " Three years ago, we had a student who had quickly mastered the concepts related to electromagnetism and the fact that time-dependent electric fields "turn on" magnetic fields and vice-versa." Source:   Ngoi, Mephie,Vondracek, Mark. "Working with gifted science students in a public high school environment: one school's approach" Journal of Secondary Gifted Education 15.4 June 22 2004: 141-148 23. " We also analyzed our data for trends in incidence over time and found no significant trend, which argues against a cluster. (1) To our knowledge, survival data have not been analyzed previously with respect to exposure to electromagnetic fields." Source:   Hocking, Bruce,Gordon, Ian. "Decreased survival for childhood leukemia in proximity to television towers" Archives of Environmental Health 58.9 Sept. 1 2003: 560-565 24. " Am J Epidemiol 1988; 127:411-414 (38) Garland F, Shaw E, Gorham E, et al. Incidence of leukemia in occupations with potential electromagnetic field exposure in United States Navy personnel." Source:   Gorham, Edward D.,Garland, Cedric F.,Garland, Frank C.,Kaiser, Kevin,Travis, William D.,Centeno, Jose A. "Trends and occupational associations in incidence of hospitalized pulmonary sarcoidosis and other lung diseases in navy personnel *: a 27-year historical prospective study, 1975-2001" Chest 126.5 Nov. 1 2004: 1431-1439 25. " Why should differential calculus and Fourier series not be as appropriate for describing the movements of stocks and yield curves as they are for particles and electromagnetic fields?" Source:   Derman, Emanuel,Millman, Noah,Bernstein, Jeremy. "Physics & finance" Commentary 118.5 Dec. 1 2004: 20-22 back to top