There is no simple relationship between the two.
First, how quickly a fan can move air depends on not on the voltage, but on its power. In electricity, the power is equal to voltage times current (times a power factor, which is usually close to one). Thus, you can get a certain power - say, 50 watts, or 100 watts - with just about any voltage.
Second, the force the fan has on any specific object depends on the object's size, and its precise shape. Search Wikipedia, or other sources, for "aerodynamics", as well as "air resistance", for more details.
EMF stands for "electromotive force" and is (more or less) a synonym for voltage. Despite the name, it's not really a "force" in the physical sense (EMF is measured in, unsurprisingly, volts, while forces are measured in newtons), and is more properly referred to as a potential. See the related link for more details.
The unit of intensity is decibels (dB). mw/cm2
The "force" that pushes an electrical current is the voltage. It isn't really a force, but it may help to visualize it as such. Physically, it has different units than a force.
400 volts 3 phase is the standard voltage in Europe, and wind generators originated in Europe. 3 phase induction motors are readily available and become induction generators when driven faster than there syncronous speed mechanicaly by an external force, like the wind in the case of wind generators. Motors are typically delta connected and have 400 volt windings. In the case of generators there is an efficiency gain by configuring the 400 volt windings in a star configuration because the higher voltage will yield a lower current allowing a smaller diameter conductor. Square root of three times 400 volts equals 690 volts. Viola!
The potential difference in electricity is the Electromagnetic Force, in Volts, measured across the two wires that make the circuit.
Generally, no. Newtons are a unit of FORCE, and EM waves convey very little force. EM waves are generally measured by Hertz (ie, their frequency), by micro-meters or angstroms (ie, their wavelength), or by electron-volts (ie, the energy of their photons).
Electric field strength is measured in Volts per meter, V/m OR equivalently, Newton per Coulomb, N/C.
'Force' isn't measured in volts. Potential and potential difference are measured in volts.
volts abbr (V)
EMF stands for "electromotive force" and is (more or less) a synonym for voltage. Despite the name, it's not really a "force" in the physical sense (EMF is measured in, unsurprisingly, volts, while forces are measured in newtons), and is more properly referred to as a potential. See the related link for more details.
It depends on the cable. 0 to 5000 volts the minimum bending radius is 6 x diameter of the cable. Above 5000 volts the minimum bending radius is 8 x the diameter of the cable.
Electricity
Volts are the measure of Eletro motive force. (EMF)
Volts are the "electromotive force" that is needed to "drive" the electricity through the wiring.
You require about 24 volts to power the windshield wiper.
That's the unit for the electric field. The SI units for electric field are, precisely, newtons/coulomb - or the equivalent, volts/meter. This unit doesn't have a special name.
The electrical force is known a electromotive force and is measured in Volts.