sci.physics.electromag

On Apr 4, 11:00 am, Archimedes Plutonium
wrote:
> Oxtoby and Nachtrieb never define chemical bond and proceed directly
> into properties of chemical bonds. It is interesting how Oxtoby and

> So what these authors have done is passed off the job of defining
> chemical bond. They simply say it is chemical force. So you ask
> them well, what is a chemical bond and they say it is a chemical
> force.

They should tie in mekanic energy.

> Here is Halliday & Resnick's definition of electric current again:
>
> "The amount of charge dq that passes through a hypothetical plane, such
> as xx, is proportional to the length
> of time dt required for all the charge dq to pass through that plane.
> The proportionality constant is the current i; therefore,
> dq = i dt (definition of current)"
>
> So here now, what should be a correct definition of electric current for
> physics?

vectoral caricant flux

> It should involve circuit and that is missing in the Resnick and
> Halliday attempt. Circuit in electric current is what the concept
> of "combine" is in chemical bond. There is no current if there is
> no circuit and there is no bond if there is no combination. So the
> Halliday and Resnick definition fail on that issue. Then the only
> other issue for electric current is a motion of electrons.

Where is the circuit in a hupervolic spray of charges? 1D/2D AC
momentary dipoles?

> DC current is described like the Newton's cradle of balls where the
> end ball moves and the opposite end ball begins to move and this
> is the electric field or photon messenger concept.
>
> AC current also has the photon messenger but the current switches
> motion of electrons 180 degrees. DC current is motion in one
> direction whereas AC is motion of turning around 180 degrees often
> or frequently.

Degrees suck. Use fractions or decimals.

> Capacitor Current is a circuit in which the electrons are in a orbital
> far removed from the ground-state orbital and are thus crashing back
> or hurdling back from nth orbital to ground-state orbital and in the
> process no friction or resistance occurs.

As capacitors [at gaps or junctions] are broadband transmitters, they
are not superconductors, and thus "friction" occurs, shithead.

-Aut