The general form of Ampere's Law is
A) $\oint \vec { B } \cdot d \vec { s } = \mu _ { 0 } I$
B) $\oint \vec { B } \cdot d \vec { A } = 0$
C) $\oint \vec { B } \cdot d \vec { s } = 0$
D) $\oint \vec { B } \cdot d \vec { A } = 4 \pi \mu _ { 0 } / r$

Question

Quizplus · Accepted Answer

Ampere's Law in its integral form states that the line integral of the magnetic field $\vec{B}$ around a closed loop is equal to the permeability of free space ($\mu_0$) times the current $I$ passing through the loop.

The General Form of Ampere's Law Is A) ∮B⃗⋅ds⃗=μ0I\oint \vec { B } \cdot d \vec { s } = \mu _ { 0 } I∮B⋅ds=μ0​I

The General Form of Ampere's Law Is
A) $\oint \vec { B } \cdot d \vec { s } = \mu _ { 0 } I$