Hot hair in blowen out which tends to absorb the moisture from your hair .
The formula you are looking for is I = W/E. W = kW x 1000.
The current in a hair dryer plugged into an outlet in the US (120V) is typically around 10-12.5 Amps. In Europe (230V), it would be around 5-6 Amps.
It evaporates.
A hair dryer converts electrical energy into thermal energy. When the hair dryer is turned on, electricity flows through a heating element, which generates heat that is then blown out of the dryer to dry the hair.
It's because of the heat from your blow dryer.
Your hair dryer has a resistance of 220/12 = Ohms. (I'm sure you can do the math.)
The current flowing through the hair dryer would be 4.8 amps (120 V / 25 Ω = 4.8 A).
Without knowing the wattage that the hair dryer is rated at an amperage can not be stated. If you find the wattage, use this equation to find the amperage. I = W/E, Amps = Watts/Volts.
A hair dryer cannot lift itself in the air when turned on because the force generated by its fan is not strong enough to overcome the weight of the hair dryer. Additionally, the design and orientation of the fan blades are not intended to create upward thrust for lift-off.
IF IT IS STILL CONNECTED IN THE SWITCH BOARD IT WILL. JUST LIKE A CHARGER DOES.
A: That will be true ONLY if the blades have a pitch to it
In some parts of the world, an 1875 watt hair dryer can and does use 220 volts from a 220 volt outlet?