Ampere law states that,(a) Divergence of H is same as the flux(b) Curl of D is same as the current(c) Divergence of E is zero(d) Curl of H is same as the current densityI have been asked this question during an interview for a job.The doubt is from Magnetic Field Intensity topic in chapter Magnetostics of Electromagnetic Theory

Ampere law states that,(a) Divergence of H is same as the flux(b) Curl

1.	Ampere law states that,(a) Divergence of H is same as the flux(b) Curl of D is same as the current(c) Divergence of E is zero(d) Curl of H is same as the current densityI have been asked this question during an interview for a job.The doubt is from Magnetic Field Intensity topic in chapter Magnetostics of Electromagnetic Theory
Answer» The correct option is (d) Curl of H is same as the current density For explanation: Ampere circuital law or Ampere law states that the closed integral of the MAGNETIC FIELD INTENSITY is same as the current enclosed by it. It is given by Curl(H) = J.

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