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$\begin {array} {1 1}  (a)\text{Ampere’s law states that: flux  of B through  any  closed surface is $\mu_0$ times the current passing through the area bounded by  closed  surface.}\\ (b)\; \text{Gauss’s law for magnetic  field in magneto statics serves the same purpose as Gauss’s law for electric field in  electrostatics}. \\ (c)\; \text{Gauss’s  law  for  magnetic  field states that the  flux  of B through any closed surface is always zero, whether or not there  are  currents  within  the  surface} \\ (d)\; \text{All of the above }\end {array}$


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Ampere’s law states $B. dl = \mu_o\: l$….equivalent of gauss’s law for electric field in electrostatics. Gauss’s law for magnetic field states $B. dS = 0$
Ans : (d)
answered Feb 27, 2014 by thanvigandhi_1

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