Recent content by Phycist161

I forgot to mention that I would also assume definition of electric field ##F=qE## Anyway there is similar derivation starting with ##F=qE## (definition of electric field) and special relativity. That force is transformed to another frame of reference and it is shown that there is velocity...

I am working on derivation of Lorentz force. (I know that Lorentz force is in some sense definition of fields, but still there is nontrivial dependence on velocity). I want to derive that the force is linear in components of velocity, so for example $$F_x=q(E+Av_x + Bv_y + Cv_z ),$$where ##A...

According to my audio, in public version there isn't more lectures: V1Ch23, V1Ch34, V1Ch35, V2Ch4, V2Ch8, V2Ch19, V2Ch21, V2Ch28, V2Ch29, V3Ch5.