Does Gauss's law apply when charges are accelerating inside a closed surface?

[physics user1]

For static electric fields? does it apply also for a generic electric field? Let's say, moving charges inside a closed surface?
If there are charges accelerating in a closed surface a part of the electric field is due to the charges, and a a part is due to the fact that the charges acceleration produce a changing magnetic Flux the a changing electric field, but these electric field lines are closed then these lines should give 0 contribute to the net Flux, then the law is still valid

Can you tell me if what I said is Correct?

Sorry for bad grammar

 

[Dale]

All of Maxwells equations hold for any classical EM phenomena.

 

[Philip Wood]

That the integral of electric flux through a closed surface surrounding charges, including charges moving in our frame of reference, depends only on the sum of the charges is what this makes this Maxwell equation more universal than Coulomb's law (as the E field of a moving charge is not spherically symmetric and so doesn't follow Coulomb's law).

 

[physics user1]

That the integral of electric flux through a closed surface surrounding charges, including charges moving in our frame of reference, depends only on the sum of the charges is what this makes this Maxwell equation more universal than Coulomb's law (as the E field of a moving charge is not spherically symmetric and so doesn't follow Coulomb's law).

Thank you, now i got it