It moves a fan. The fan is what causes the airflow in the hair dryer.
Armature current is the current flowing in a motor's armature. The "armature" is another name for the coil (or coils) of wire which are on the motor's "rotor", which is the part that rotates inside its stator. (The "stator" is the fixed, non-rotating part of the motor.)
rotor is the moving/rotating part of a motor/generator while stator is the stationary part.
The stationary part of any motor or generator is termed the 'stator', and the rotating part is termed the 'rotor'.The stator comprises the main frame (chassis), the magnetic circuit, and field windings.
At the instant of starting
The armature is the moving part of a motor or generator. Tthe shaft is the central rod on which the armature rotates. The commutator is the part that transfers the power too or from the moving windings in the armature to the static part of the motor or generator (either too or from the electricity supply).
fanANS2:It depends on your frame of reference. In most frames of reference you would say the motor moves the fan because you imagine the device to be stationary. From the fan's frame of reference, the motor turns all of the rest of the parts of the hair dryer and the rest of the universe, as well. Most people would say the motor turns the fan.
Motor neurons are a part of the nervous system that make muscles move.
The power switch or button on a hair dryer controls when the current flows through the device. It allows the user to turn the hair dryer on and off by completing or interrupting the electrical circuit, which determines whether the current flows through the device.
The stator does not move, it is stationary. The rotor is the part that revolves being supported by the shafts two end bearings.
It does not. It is a chemical process and if anything will cause the hair to become dryer. Good conditioning is strongly recommended as part of maintaining the hair after processing/ straightening.
Well, honey, if you need a replacement part for your Carel Soft Bonnet hair dryer, your best bet is to contact the manufacturer directly. They should be able to hook you up with the right part to keep your locks looking fabulous. Good luck, darling!
No, a blow dryer does not produce static electricity. Static electricity is generated when two objects rub against each other, creating a charge imbalance. A blow dryer simply dries hair using heated air.
ugh the motor i guess
A traditional hair dryer evaporates water from your hair using a stream of heated air blown into the hair. The temperature and time of drying must be carefully controlled to avoid damaging the hair shafts. Newer hair dryer technology uses electrical charges (ions) to strip water molecules from your hair, which reportedly is faster and less likely to damage hair (split ends, frizzy, dull). Reportedly it removes moisture from the surface of the hair while leaving some moisture within the hair shaft for improved sheen. Some manufacturers claim that using crystals of the mineral tourmaline in the construction of the dryer produces a superior electrical charge, while using ceramic heater elements produces superior hot air, so the latest high-priced dryers boast "Ceramic Tourmaline Ionic" technology.
The name quiet hair dryer reveals it all and is justified. They are less- noisy aids the environment in one way. Moreover, they are low decibels than regular hairdryers. Maximum hair dryers operate at 250 decibels, sometimes more, while quiet hair dryers operate at less than 70 decibels. The electricity consumption is then definitely lesser. The best part is when you are using a quiet hair dryer, no one around you will be bothered. Do it gently!!!. cutt. ly/Rvn7XzW
Motor Cortex
part your hair take three strands of hair move them in a roundmotion until your complete