Yay, though I skateboard down the valley of the shadow of death, I shall fear no evil; because I'm a red/white/blue all-american boy who has no fear and uncontaminated from the pansification ideology of liberals.
"E' = E + v x B and c² = 1 / (µ0 ∙ ε0 ) we get with curl v = 2 w the following transformed, non-relativistic source law: → div D' = e div (E + v x B) = ρ + e div (v x B) = ρ + e B rot v - e v rot B = ρ + 2 e m H w - v J / c² NOTE: div' D' = ρ'' only yields the transformed divergence div D' = ρ , IF we are assuming non-relativistic (v << c) and non-rotational movements (w = 0) and ∂ D / ∂ t = 0 and material properties = const."
"E' = E + v x B and c² = 1 / (µ0 ∙ ε0 ) we get with curl v = 2 w the following transformed, non-relativistic source law: → div D' = e div (E + v x B) = ρ + e div (v x B) = ρ + e B rot v - e v rot B = ρ + 2 e m H w - v J / c² NOTE: div' D' = ρ'' only yields the transformed divergence div D' = ρ , IF we are assuming non-relativistic (v << c) and non-rotational movements (w = 0) and ∂ D / ∂ t = 0 and material properties =
7 comments:
"America ponders Democrat control of Congress."
Yay, though I skateboard down the valley of the shadow of death, I shall fear no evil; because I'm a red/white/blue all-american boy who has no fear and uncontaminated from the pansification ideology of liberals.
"E' = E + v x B and c² = 1 / (µ0 ∙ ε0 )
we get with curl v = 2 w the following transformed, non-relativistic source law:
→ div D' = e div (E + v x B) = ρ + e div (v x B) = ρ + e B rot v - e v rot B = ρ + 2 e m H w - v J / c²
NOTE: div' D' = ρ'' only yields the transformed divergence div D' = ρ ,
IF we are assuming non-relativistic (v << c) and non-rotational movements (w = 0)
and ∂ D / ∂ t = 0 and material properties = const."
ok, Marty just what are you on? (can I have some?}
Mocha-Momma
It's just an adjustment of the Lorentz transformation...
What?
"E' = E + v x B and c² = 1 / (µ0 ∙ ε0 )
we get with curl v = 2 w the following transformed, non-relativistic source law:
→ div D' = e div (E + v x B) = ρ + e div (v x B) = ρ + e B rot v - e v rot B = ρ + 2 e m H w - v J / c²
NOTE: div' D' = ρ'' only yields the transformed divergence div D' = ρ ,
IF we are assuming non-relativistic (v << c) and non-rotational movements (w = 0)
and ∂ D / ∂ t = 0 and material properties =
One sweet ride
JR (the king's son)
Love hammerswing's caption! I couldn't think of anything other than "scary" and that's exactly what he came up with too.
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