around the megnet genrated field its call magneto motive force
Voltage is often referred to as Electro-Motive Force, or EMF. It is what causes current to flow in a conductor. Also called volt.
It doesn't. There are three things that can affect this force: another magnetic field, another conductor within the field, and the size of the gap itself, of course.Lamination is, in essence, insulation, and anything non-magnetic and non-conductive within the field is transparent to the field itself - it's as if it weren't there.
No, it is a unit of pressure.
newton is the SI unit of force. Force is said to be one newton as it produces unit acceleration as it acts on unit mass
The unit of force is a Newton and, in an appropriate fashion, it is the weight of an average apple.
Full-form Of MMF: MAGNETO MOTIVE FORCEDefinition Of MMF ( Magneto motive Force ): Just as electromotive force ( emf ) is necessary to pass current in electric circuit, magneto motive force ( mmf ) is necessary to establish flux in the magnetic circuit. Magneto motive force is the multiplication of current flowing through the coil and the number of turns of the coil.Unit of magneto motive force ( mmf ) is ampere turn.Thus, it should be understood that the magneto motive force can be increased by increasing the number of turns in the coil or by increasing the current flowing through the coil or by increasing both.CommentThe unit of measurement of magnetomotive force is actually the ampere, although it is frequently spoken as 'ampere turn' to prevent its confusion with electric current.
When current is applied to the primary side, electromotive force is induced in it. It generates magneto-motive force in the core. magneto-motive force generates flux in the core. This flux links with secondary side winding and generates electromotive force in the secondary side according to secondary side turns.
EMF stands for Electro-Motive Force, commonly known as Voltage, measured in Volts.
There is a "Flywheel" inside the motor that has a large magnet on it. This magnet passes a "Magneto" and that passing (EMF, Electro-motive force) causes a high voltage charge to provide power to the plug.
motive force for the vandal of carthage in north africa.
Voltage is often referred to as Electro-Motive Force, or EMF. It is what causes current to flow in a conductor. Also called volt.
workdone on unit postive charge by bettary is called electro motive force .it is not a force but traditionaly used as force to carrying charge from lower potential to higher potential. when current change in a coil then megnatic flux is change due to which emf is induced . this emf is a effect of changing current while electro motive force is a work donr by bettary to carry out the current in a wire
The difference between potential difference and electro motive force is that potential difference never remains constant whereas the electro motive force always stays constant.
There are a lot of subtle things associated with the answer to this question, but it might be best to answer by saying that with increasing magneto-motive force (MMF), the permeability of the material doesn't really change that much until the magnetic saturation of the material is approached.
An Electro Motive Force "EMF".
A motive force such as wind or water .
It doesn't. There are three things that can affect this force: another magnetic field, another conductor within the field, and the size of the gap itself, of course.Lamination is, in essence, insulation, and anything non-magnetic and non-conductive within the field is transparent to the field itself - it's as if it weren't there.