15.12
The motor of a fan works because of electromagnets, and electromagnets do work in vaccum so the fan will also work in vaccum.But, the fan will not cause any flow of anything because there is nothing to flow.
If it is a ceiling fan, then there is a little chain on the base of the fan, not the light chain...usually on the opposite side, that you need to pull and it will change direction.
It had been rotating for 25 minutes
I've never heard of a DC ceiling fan, but.. AC-Alternating current. Electricity flows through a circuit in one direction, then changes direction and goes back the other way. This happens 60 times per second in the US. (60Hz) The US power distribution system is AC. DC-Direct Current. Electricity flows through a circuit in only one direction continuously. Batteries powering a flashlight, for example, are DC. Well, all batteries are DC. Like I said, I've never heard of a DC ceiling fan, but the DC fan's motor is designed to run on DC (such as batteries) only, and the AC fan motor is designed to run on AC only. I have heard however of a solar powered attic ventilator, which would be a DC fan. If there is a DC ceiling fan, however, keep in mind it needs a power source, and you won't be able to hook it up to the electrical box in the ceiling. That box is AC. The power source for a DC ceiling fan is likely replaceable batteries or solar cells, neither of which will make for a very robust fan.
we will let the air of the original fan rotate and anywhere we want we will stick the paper fan and automatically it will rotate
Explain how the fan belt gets energy to rotate
current required to rotate fan blades ,to maintain the current,the source has to keep expending its energy.part of this energy in maintaining the current consumed in rotating the blades of electric fan and rest of energy may be expended in heat to raise the temperature of gadget.
South of the equator
It depends which way you're looking at it.
It will rotate faster.Since the fan is not designed for this, it will progressively ruin it.
love
Wires carry current to the fan from the electrical circuits of the building it is in. Inside the fan motor wires are wound in a particular fashion to make a coil. When any voltage is applied to such a wound coil, it generates an electro magnetic field. When any eletro magnet is placed near to this field, it experience a force, which is what makes the fan rotate.
72 degrees
FAn works by current
It obviously depends upon which side you view it from!
V-belt driven, clockwise.