it depends on the design whether the generator produces AC or DC
generally reffered AC--- Alternator DC----- generator
to produce AC supply a simple design change in generator (DC) will do it
in the place of split rings/ commutators (as in DC generators) place a slip rings it'l produce AC
coz there wont be any change in polarinty even though armature rotates as output conductors stick to the same slip ring throuh carbon brushes and produces a polarity change called ac
Answer
Modern generators are 'alternators', that is a.c. generators. Vehicle alternators, for example, are three-phase a.c. machines whose output is converted to d.c. using semiconductor devices called 'rectifiers'.
Some possible answers are: a battery (which produces direct current) or a generator of electricity generator, such as a dynamo (which produces direct current) or an alternator (which produces alternating current).
All types of generators induce EMF in sinusoidal wave form. (A.C.) In a D.C. generator the function of a commutator is to convert A.C. EMF into D.C. The commutator rectifies the output that is the alternating current so as to produce unidirectional alternating current (pulsating DC). This reverses the negative polarity current to a positive one so as the output is a pulsating DC.
There are only two kinds of electricity, direct current and alternating current. All power plants now produce alternating current
The reason an AC voltage applied across a load resistance produces alternating current is because when you have AC voltage you have to have AC current. If DC voltage is applied, DC current is produced.
DC generator is used to produce direct current. The basic DC generator have four basic parts 1. A magnetic field 2. A single conductor or loop 3. A commutator 4. Brushes
A generator produces an alternating current, still it gives d.c. output because we use slip-rings at the terminals of actual output of generator.
Alternating current is generated by a rotating generator which moves in such a way as to produce that kind of current.
Some possible answers are: a battery (which produces direct current) or a generator of electricity generator, such as a dynamo (which produces direct current) or an alternator (which produces alternating current).
The Alternator is a component that acts like an electrical generator, charging a battery and powering necessary electrical systems. They are usually used in place of generators because they are lighter in weight, simpler to operate, and produce alternating current.
It depends on how the generator is set up. Some will produce DC (Direct Current) and others will produce AC (Alternating Current). Where possible AC electricity will be produced as it runs through the grid without much loss of power.
Generators produce electricity as direct current and Alternators produce electricity as alternating current. As alternators produce electricity more effeciently, and they are smaller and lighter and are used in modern vehicles.A generator creates direct current in the manufacture of power. An Alternator creates alternating current in the creation of power. Alternators can have diodes installed internally so that they have a D.C. output.
AC generators, powerplants etc produce alternating currents.
in a generator electromagnets are used for producing flux for rotor to cut so it can produce current in small generator they will have residual magnetism and in big generator current is supplied to electromagnet from another small dc generator
All types of generators induce EMF in sinusoidal wave form. (A.C.) In a D.C. generator the function of a commutator is to convert A.C. EMF into D.C. The commutator rectifies the output that is the alternating current so as to produce unidirectional alternating current (pulsating DC). This reverses the negative polarity current to a positive one so as the output is a pulsating DC.
Electro-magnetic induction . a rotating force-field, so to speak. sounds very sci-Fi but a basic electrical device.
A coal-powered power station generates electricity by burning coal to produce steam, which drives a turbine connected to a generator. As the turbine spins, it rotates the generator's rotor within a magnetic field, inducing an alternating current (AC) due to electromagnetic induction. The generator's design allows for the production of AC by converting the mechanical energy from the turbine into electrical energy, which can then be transmitted through power lines to homes and businesses.
Alternating Current( AC ) constantly reverses itself as a result OS reversing electromotive force.One complete reversal is a cycle,and the number of cycles per second is the frequency of alternating current .The standard frequency of alternating current in the United States and the rest of North America is 60 Hz(1 Hz or hertz,equals 1 cycle per second )ex...Transformer,AC generator