On Apr 21, 12:11*pm, Cecil Moore wrote:
Keith Dysart wrote:
Cecil Moore wrote:
I'll just quote you on that one:

Where does this energy go?
We do not know and we do not care.

Finally, you have got the correct answer.

Having accepted that ideal voltage sources can remove energy
from a circuit, you can now re-evaluate your explanations.

No, I can quit wasting my time thinking about it
because "we do not care". We not caring takes away
any reason or purpose for continuing the discussion.

With an ideal voltage source being capable of removing
energy, it should no longer be necessary for you to
propose strange notions of energy flowing through an
ideal voltage source and bouncing off the ground.

The discussion is moot unless you can prove that an
ideal source in a single-source system can absorb
AVERAGE power. So there's your challenge. If you
cannot do that, my article about average power
stands as written.

The best analogy I can think of is someone saying:
"Until you prove the earth is flat, I will not consider
any evidence that it is round".

Another question remains, since it is difficult to
discern from your writings: Have you grasped the
behaviour of an ideal voltage source when current
is flowing into the source?

You now understand that it removes energy from the
circuit?

If you have that for DC ideal voltage sources, we
can move on to discover what happens with AC ideal
voltage sources. After that, we can go back to what
is happening in your circuit.

...Keith