Ampere’s Law
Gauss’s Law – the idea and the equation The total “flux” of field lines penetrating any of these surfaces is the same and depends only on the amount of charge inside
Ampere’s Law: The Idea In order to have a B field around a loop, there must be current punching through the loop
Ampere’s Law: The Equation The line integral is around any closed contour bounding an open surface S . I enc is current through S:
Ampere’s Law: The Equation The line integral is around any closed contour bounding an open surface S . I enc is current through S:
Magnetic Gauss’s Law. The idea and the equation
Faraday’s Law. The idea and the equations Changing B (increasing)
Faraday’s Law. The profound meaning r r r ∂ r B ∫ ∫∫ ⋅ = − ⋅ E d s d A ∂ t A Changing B creates E Changing B
Maxwell adiction to Ampere’s Law. Changing E A Changing E creates B r r r ∂ r E ∫ ∫∫ ⋅ = µ ε ⋅ d d B s A ∂ 0 0 t
Recommend
More recommend
![1. Introduction. Since the original work of Greengard and Strain [16], the fast Gauss transform](https://c.sambuz.com/470018/1-introduction-since-the-original-work-of-greengard-and-s.jpg)
