What kind of non inertial frame? For constant proper acceleration you won't see radiation, just a distorted Coulomb force field:xxxyyy said:... in a non inertial frame ...
Note that the distorted field means that Coulomb’s law is not valid. So the short but correct answer to the OP’s question is “no”.A.T. said:just a distorted Coulomb force field
Yes, Coulomb's law is valid in a non-inertial frame as long as the frame is not accelerating with respect to an inertial frame. This is because Coulomb's law is based on the fundamental principles of electrostatics, which are independent of the frame of reference.
In a non-inertial frame, Coulomb's law remains the same in terms of its mathematical form. However, the values of the electric field and force may appear to be different due to the effects of acceleration and fictitious forces.
No, Coulomb's law can only be applied in inertial reference frames. In non-inertial frames, the effects of acceleration and fictitious forces can alter the values of the electric field and force, making Coulomb's law invalid.
An example of a non-inertial frame where Coulomb's law is not valid is a rotating frame. In this frame, fictitious forces such as the centrifugal force can alter the values of the electric field and force, making Coulomb's law invalid.
In the theory of relativity, Coulomb's law is modified to include the effects of time dilation and length contraction. In a non-inertial frame, these effects can also alter the values of the electric field and force, making Coulomb's law invalid.