ruhende Ladungen
English translation: static charge, static electricity
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| 16:35 Oct 7, 2001 |
| German to English translations [PRO] Tech/Engineering - Electronics / Elect Eng | |||||||
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|  Selected response from: Hans-Henning Judek Local time: 19:06 | ||||||
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| Summary of answers provided | ||||
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| 4 | (electric) charge at rest |
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| 3 | static charge, static electricity |
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Answers
21 mins confidence: 
static charge, static electricity Explanation: Its weekend...no references on hand, but I hope this helps. Have a nice weekend too, and don't work to hard :-) Reference: http://www.sciencemadesimple.com/static.html |
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42 mins confidence:
(electric) charge at rest Explanation: Some examples, see if they fit into your context. If the field interacts with a bar magnet it is magnetic; if with a stationary charge, it is electric. If a rotating loop of wire produces an electric current, the field is magnetic. If a force acts only on a moving charge, the field is magnetic. So any of the classes of experiments that deal with electric charge at rest and electric charge in motion could be used to determine the nature of the field in the room. etc2.winona.msus.edu/Physics115/Ch23ExAns.html Currents, i.e. moving electric charges, produce magnetic fields. There are no magnetic charges. Maxwell's equations tell us how to compute the electric fields and magnetic field produced by charged particles. The terms electrostatics and magnetostatics refer to steady state conditions, when all charges are at rest or only steady currents are flowing. Then the charge densities do not change anywhere. Under those conditions Maxwell's equations are given below. electron6.phys.utk.edu/phys136/modules/m7/Ampere.htm Question: which of the following statements is not true? (you can give more than one answer if you believe there is more than one untruth) A an electric charge at rest generates a magnetic field B an electric charge at rest is affected by a magnetic field galileo.phys.virginia.edu/classes/102/lec10/lec10.htm given above |
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