Compare and contrast the electric motor and generator using the venn diagram. Choose the answer from the box below.
1. have stator and rotor 2. power turbine 3. electricity is used 4. produces electricity 5. electric car or bike 6. converts mechanical energy into electrical energy 7. coil mounted on axle within a magnetic field 8. converts electrical energy into mechanical energy 9. input is electrical 10. input is mechanical
The rotor and the stator are distinguished by the fact that the rotor is the revolving part of the motor and the stator is the stationary part.
Engine Efficiency is the relationship between the total energy contained in the fuel and the quantity of energy used to do productive work in thermal engines.
Induction motors can be used to create electricity, but this is only feasible if the electricity is fed into the grid. The grid is the source of field excitation in this scenario. There are tutorials on how to use capacitors on the internet.
Generators do not generate electricity; instead, they use mechanical energy to compel electric charges present in the wires of their windings to travel through an external electric circuit. The generator's output electric current is made up of this flow of electrons.
A regular bicycle with an electric motor is known as an electric bicycle. Most electric bicycles or e-bikes use rechargeable batteries, although some experimental electric bicycles use solar panels, fuel cells, gas generators, or other alternative energy sources to power or recharge their batteries.
This energy conversion can be accomplished by gathering motion power and converting it to electrical form utilizing an electrical circuit to push electrons from an external source. An electric generator works in the opposite direction of a motor.
The roles of a motor and generator are diametrically opposed, although their basic structure is the same. Within a magnetic field, they have a coil installed on an axel. An electric motor is a device that uses electricity to generate rotational motion. An electric current is passed via the coil in a motor.
An electric motor is a machine that turns electricity into mechanical energy. The interaction between the motor's magnetic field and electric current in a wire winding generates force in the form of torque imparted to the motor's shaft in most electric motors.
When alternating current is used to power an electric motor, a magnetic field is formed in the stator, which induces voltage in the rotor, resulting in mechanical rotational motion. Shaft power is the rotating mechanical power produced and is used to drive loads such as pumps.
In an electric generator, the input is a mechanical signal, and the output is an electrical signal, because a generator requires mechanical energy to produce electricity.
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