File:CoulombsLaw.svg
Size of this PNG preview of this SVG file: 512 × 410 pixels. Other resolutions: 300 × 240 pixels | 600 × 480 pixels | 959 × 768 pixels | 1,279 × 1,024 pixels | 2,558 × 2,048 pixels.
Laga ekifaananyi ekijjuvu (Fayiro ya kika kya SVG, ya pikselo 512 ku 410 awamu, ya obunene bwa: KB 7)
Summary
| Description |
English: This diagram describes the mechanisms of Coulomb's law in Physics/Electromagnetism; two equal (like) point charges repel each other, and two opposite charges attract each other, with an electrostatic force F which is directly proportional to the product of the magnitudes of each charge and inversely proportional to the square of the distance r between the charges. Regardless of attraction, repulsion, charges or distance, the magnitudes of the forces, |F| (absolute value), will always be equal. Ke is Coulomb's constant. |
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| Date | |||
| Source | Own work | ||
| Author | User:Dna-Dennis | ||
| Other versions |
Derivative works of this file: CoulombsLaw scal.svg None. If you have any opinions/suggestions, please contact me here on my talk page. |
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| SVG genesis |  This diagram was created with Inkscape.
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 | This media file needs to be cleaned up, because: the formula can be distorted and become unreadable. The issue is librsvg 2.44 reintroduced Phab:T97233..For help, see Commons:Media for cleanup.
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Licensing
User:Dna-Dennis, the copyright holder of this work, hereby publishes it under the following license:
This file is licensed under the Creative Commons Attribution 3.0 Unported license.
Attribution: User:Dna-Dennis
- You are free:
- to share – to copy, distribute and transmit the work
- to remix – to adapt the work
- Under the following conditions:
- attribution – You must give appropriate credit, provide a link to the license, and indicate if changes were made. You may do so in any reasonable manner, but not in any way that suggests the licensor endorses you or your use.
Ebyafaayo ebya fayiro eno
Bw'onyiga ku nnaku n'essaawa, ojjakulaba fayiro nga bwe yali efaanana ku kiseera ekyo.
| Ennaku n'obudde | Kulingiza | Obuwanvu n'obugazi bwakyo | Eyakiteekawo | Okulw'ogerako | |
|---|---|---|---|---|---|
| oluwandika oluliwo kakano | 18:32, 27 Gwamunaana 2018 | | 512 × 410 (KB 7) | Glrx | Substantial cleanup; merge; use symbols and relative fills. Go back to original numeric subscripts (the convention used in most WP articles). Reset math. Remove drawn minus and vector decorations. Bold-Italic is used to represent vectors. Kern subscript. Add metadata. |
| 16:51, 17 Gwakutaano 2018 |  | 550 × 440 (KB 10) | JoKalliauer | repaired image that is correctly rendered/processed by Inkscape 0.92.3 | |
| 15:30, 4 Gwakubiri 2009 |  | 550 × 440 (KB 43) | Jfmelero | Recolocar la fórmula | |
| 11:41, 4 Gwakubiri 2009 |  | 860 × 303 (KB 43) | Jfmelero | Force modules | |
| 10:17, 31 Gusooka 2009 |  | 550 × 440 (KB 40) | Maksim | Korekto de eraro: supra dekstra sxargo devas esti q_2 | |
| 22:32, 24 Gusooka 2008 |  | 550 × 440 (KB 40) | Dna-webmaster~commonswiki | why not indulge wikimedia with some more... a new version with repulsion as well. | |
| 21:29, 24 Gusooka 2008 |  | 460 × 260 (KB 31) | Dna-webmaster~commonswiki | == Summary == {{Information |Description=This diagram describes the mechanisms of Coulomb's law in Physics/Electromagnetism; two opposite point charges attract each other with an electrostatic force ''F'', which is directly proportional to the product of |
Empapula eziriko enyunzi ezigguka ku kifaananyi kino
Tewali mpapula ziriko nyunzi ezigguka ku fayiro eno.
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- Електричество
- Електрически заряд
- Електрическо съпротивление
- Електричен потенциал
- Индуктивност
- Магнитна индукция
- Електрически капацитет
- Електрическа проводимост
- Магнитен поток
- Електрически ток
- Електрическо напрежение
- Електрическо поле
- Уравнения на Максуел
- Електромагнитна индукция
- Диамагнетизъм
- Електростатика
- Електромагнитно излъчване
- Магнитно поле
- Импеданс
- Магнит
- Закон на Ом
- Закони на Кирхоф
- Електромагнит
- Волт-амперна характеристика
- Електродинамика
- Магнетизъм
- Електромагнитно поле
- Интензитет на електрическото поле
- Закон на Ампер
- Магнитна левитация
- Магнитен момент
- Сила на Лоренц
- Теорема на Гаус
- Ефект на Джаул – Ленц
- Магнитна проницаемост
- Намагнитване
- Закон на Кулон
- Дипол
- Ефект на Майснер
- Закон на Био-Савар
- Електромагнитно взаимодействие
- Парамагнетизъм
- Магнитна възприемчивост
View more global usage of this file.
