How should the integral in gauss’s law be evaluated?

How should the integral in Gauss’s law be evaluated?

How should the integral in Gauss’s law be evaluated?

A) around the perimeter of a closed loop

B) over the surface bounded by a closed loop

C) over a closed surface

My initial reaction was to choose C. I just wanted to know if i was right or not.

that’s a regulation significant once you’re taking differential equations. Having finished Diff Eq, and countless different graduate ranges I frankly do no longer see the factor. regardless of the undeniable fact that I tended to stray from that type of element. regrettably i’m able to discover no uncomplicated explaination of the regulation, ( I incredibly have published a link from Georgia State. i’m sorry yet I incredibly have left my learn of physics in 1999. Your question isn’t one that lends itself to an undemanding answer. there is regardless of the undeniable fact that an dazzling lecture via Dr. Lewin I incredibly have published under. that’s a video report. If there’s a particular question, please enable me comprehend, or in case you require particular learn applications i’d be delighted to help. i’m sorry this answer is so customary, yet because of the fact the regulation is so huge i detect it puzzling to respond to. according to hazard there will be a physicist or 2 which will chime in.

How should the integral in gauss’s law be evaluated?