OP
ajay123
Ok I'm very sorry for annoying you I didn't mean to do that, also I actually am starting to understand what you mean and it will just take me a few hours to myself to think things through, like with me I find that I start to understand things a lot later then the usual human hahaha, but thank you for your comment and I shall not annoy you again. I see this as constructive criticism and I won't take it the wrong way.You're starting to annoy me. Either you're deliberately being obtuse or simply not listening to our answers.
The generator IS NOT driving the fan. The generator is just one link in a chain of energy conversions that goes back to the power station burning coal or splitting uranium. Every step along the way you lose energy to inefficiencies, never do you gain it. You cannot get more energy out of a machine than you put in, no matter how many times you change the wording of the question.
Energy is not infinite and neither is our patience. I'll give you one last good-faith answer, after that you'll be blocked as a waste of mental effort.
The motor will stall because more output is being demanded of it than it is capable of providing. Overloaded motors slow and stall because that is the physical outcome of placing too much back force on their rotating magnetic field, the force pushing on the rotor is no longer sufficient to drive it against the resistance.
The fan-heater will never really start working, the power available will be plenty to run the fan but the heater element resistance is far too low, it will draw more current than the system is capable of supplying. Either the generator's terminal voltage will drop until the fan-heater is drawing 200W, or the driving motor will stall and overheat/trip it's overcurrent protection.
Increasing the load on a generator does not cause the prime mover to spin faster, it causes it to spin slower and push harder as more power is demanded. The speed of an AC motor is determined by it's input frequency within the limits of it's rating, and the output frequency of a generator is determined by how fast it is driven. The motor won't just carry on spinning because it's shaft is linked to the generator.
Please, please consider carefully our responses before bouncing back with another "Yeah, but..". We've heard all the "Yeah, but"s, they're all just variations on the same theme.