## Magnetostatics |

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**Magnetostatics** is the study of ^{[1]} Magnetostatics is even a good approximation when the currents are not static — as long as the currents do not alternate rapidly. Magnetostatics is widely used in applications of

Starting from ^{[2]} The fields are independent of time and each other. The magnetostatic equations, in both differential and integral forms, are shown in the table below.

Name | Form | |
---|---|---|

Gauss's law for magnetism |
||

Where ∇ with the dot denotes **B** is the **J** is the **H** is the

The quality of this approximation may be guessed by comparing the above equations with the full version of

A common technique is to solve a series of magnetostatic problems at incremental time steps and then use these solutions to approximate the term . Plugging this result into ^{[citation needed]}

Other Languages

العربية: مغناطيسية ساكنة

asturianu: Magnetostática

azərbaycanca: Maqnitostatika

বাংলা: স্থির চুম্বকত্ব

беларуская: Магнітастатыка

català: Magnetoestàtica

čeština: Magnetostatika

Deutsch: Magnetostatik

eesti: Magnetostaatika

Ελληνικά: Μαγνητοστατική

español: Magnetostática

Esperanto: Magnetostatiko

فارسی: مغناطیس ساکن

français: Magnétostatique

galego: Magnetostática

한국어: 정자기학

Հայերեն: Մագնիսաստատիկա

italiano: Magnetostatica

עברית: מגנטוסטטיקה

ಕನ್ನಡ: ಕಾಂತ ಸ್ಥಿತಿಶಾಸ್ತ್ರ

magyar: Magnetosztatika

македонски: Магнетостатика

Nederlands: Magnetostatica

日本語: 静磁場

norsk nynorsk: Magnetostatikk

português: Magnetostática

română: Magnetostatică

русский: Магнитостатика

shqip: Magnetostatika

slovenčina: Magnetostatika

српски / srpski: Magnetostatika

Basa Sunda: Magnétostatika

svenska: Magnetostatik

தமிழ்: காந்த நிலையியல்

Türkçe: Magnetostatik

українська: Магнітостатика

اردو: مقناطیسی سکونیات

Tiếng Việt: Tĩnh từ học

中文: 靜磁學