How is power transfered in a transformer exactly?

[nemesiswes]

Hi, I know that power is transferred from the primary to the secondary by the alternating magnetic flux generated by the primary. The alternating magnetic flux induces a voltage which if the secondary is closed will cause a current to flow.

What I want to know is how exactly is the power transferred? I know that when current flows through the secondary, the secondary reduces the flux in the core and this then causes the primary to pull more current because of the reduced back-emf on its self. Less flux means with the same rate of change, you have less back-emf opposing the primary's current and thus the primary increases it's current pull to compensate. I believe if I am correct that this is the how power is transferred but I am not 100% sure. Is this correct? If not then how is the power transferred.

 

[nemesiswes]

So is the reason I got no answers because this is in the wrong place? I figured it should be in classical physics because it deals with electromagnetism.

Does no one really know the answer exactly?

Or did I basically explain the answer already and I was correct, so there was no need for a reply, lol.
I am sure even if I did explain it pretty good already, I am almost certain I am missing something that could be further explained.

 

[nemesiswes]

So nobody knows how? Is it too complex to explain and that's why there are no answers?

 

[CWatters]

Basically your understanding is correct.

 

[nemesiswes]

Really? Well apparently I have a better grasp of them then I thought, lol.

Thanks a lot, I just wanted to make sure I wasn't to far off from how they work, I have been doing a lot of research on transformers and not just how they work in general but like at the very fundamental level how they work.