The armature and commutator of an electric generator are connected. Explanation: The machine that is used to convert mechanical energy into electrical energy is known as an electric generator.
Which two parts of an electric generator are connected?
The armature and commutator of an electric generator are connected. Explanation: The machine that is used to convert mechanical energy into electrical energy is known as an electric generator.
What parts are found in an electric generator?
- Engine.
- Alternator.
- Fuel System.
- Voltage Regulator.
- Cooling and Exhaust Systems.
- Lubrication System.
- Battery Charger.
- Control Panel.
How does an electric generator work quizlet?
How does a Generator work? An electric current is produced when a coil of wire wrapped around an iron core is rotated near a magnet . The ones at power plants produce electric energy for our homes. This device contains coils of wire that are stationary, and rotating magnets are rotated by turbines.
Which would ultimately cause the armature in an electric motor to spin?
An electric generator converts kinetic energy into ____energy. Which would ultimately cause the armature in an electric motor to spin? The current in the armature is reversed.
What are the similarities and differences between electric motor and generator?
| Electric Motor Electric Generator | The shaft of the motor is driven by the magnetic force generated between the armature and the field. In electric generators, the shaft is attached to the rotor and is driven by the mechanical force. |
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What is the rotating part of a generator called?
Mechanically a generator consists of a rotating part and a stationary part: Rotor : The rotating part of an electrical machine.
What are the 2 types of generator?
There are two fundamental types of generators known as AC (alternating current) and DC (direct current) generators . While the technique of producing electricity is the same in both types, AC and DC power become different in terms of their applications – the way in which loads receive electric power.
What are the three basic part of an electric generator?
No matter the type of motor, there are three basic parts: a stator, a commutator, and a rotor .
Do generators produce AC or DC?
While generators feature a stationary field in which the conductor rotates to produce electromagnetic induction, an alternator’s entire magnetic field turns with its conductors remaining stationary. Generators are capable of both AC and DC power .
What is the function of the slip rings in an electric generator?
Slip rings: slip ring is a semi-circle shaped electrochemical device used to rotate a coil in the generator. The main function of these slip rings is to transmit electric power into a coil which is at rest to make it move or particularly rotate it . Contact brushes: a carbon brush is connected to the slip rings.
Which best describes the steps involved in operation of an electric generator?
Which best describes the steps involved in the operation of an electric generator? ... The electric current passes from the slip rings, through the brushes, and to the collection device.
How does an electric generator work the axle rotates the armature?
How does an electric generator work? The axle rotates the armature in the magnetic field of a permanent magnet, which induces an electric current . The armature rotates the axle in the magnetic field of a permanent magnet, which induces an electric current.
Which best contrasts an electric generator and an electric motor?
Which best contrasts an electric generator and an electric motor? A generator converts kinetic energy to electrical energy , and a motor converts electrical energy to kinetic energy.
What is the function of the slip rings in an electric generator quizlet?
The slip rings are typically copper material and the brushes are a soft carbon substance. Generators use slip rings arrangement to change the AC produced in the generator loop into DC voltage. )
What does an electric generator convert?
An electric generator is a device that converts a form of energy into electricity .
