- #1
iScience
- 466
- 5
could someone explain to me why the the time derivative of current density J would be zero?
more specifically..
$$\mu_0\frac{∂\vec{J}}{∂t}=0$$
trying to derive maxwell's wave equation for E-field and i guess one of the assumptions i have to make is the above. but if I'm making a wave, i thought i had to have accelerating charges in which case why would the above be true?
more specifically..
$$\mu_0\frac{∂\vec{J}}{∂t}=0$$
trying to derive maxwell's wave equation for E-field and i guess one of the assumptions i have to make is the above. but if I'm making a wave, i thought i had to have accelerating charges in which case why would the above be true?