you could possibly design a fix for it but it would be a lot of trouble. the American dryer has internal components that run off 110v and that 110v is available from the three wire 220v circuit in the typical usa residence. this is because of the third wire, the neutral. the Korean 220 would be 2 wire. you would have to go inside the dryer, add a 220/110 transformer and rewire the dryer so that the 110v loads come off that transformer. it would then no longer be ul listed and would have to be evaluated by the authority having jurisdiction in Korea and back here in the usa.
There are a couple ways to vent a dryer, my personal favorite is the dryer vent vacuum. They also have dryer vent hoods, and kits available for installation that will increase the effectiveness of your dryer.
pictures of the first ever clothes dryer
who invented the clothes dryer that used heat from the stove
Harry McLeckie
george jefferson
No, a gas dryer uses gas, which cannot be converted into electricity with a simple adapter.
The water is converted to water vapor and is carried out through the dryer vent by the air that flows through the machine.
Electrical energy is converted into thermal and mechanical energy
Electrical energy enters the hair dryer and is converted into kinrtic energy as a smallelectric motor spins a fan blade. Electrical enrgy is also converted into thermal energy in a grid of wires that heat up. The fan forces air across the hot wires , and hot air blows out of the nozzle of the hair dryer. You can hear the sound energy that comes out. In other words in is converted from Electrical energy -to- Kinetic energy and, Electrical energy -to- Thermal energy and, last but not least, Sound energy!
In a cloth dryer, electrical energy is converted into heat energy to dry the clothes. The heating element in the dryer converts the electricity into thermal energy, which evaporates the water in the clothes, resulting in dry clothing.
The vacuum cleaner--which could be converted into a hair dryer by attaching a hose to the exhaust.
Mechanical energy from the fan motor is converted into thermal energy (heat) by the heating element in the hair dryer.
In a hair dryer, electrical energy is converted into thermal energy (heat) by a heating element. The fan inside the hair dryer then transfers this thermal energy to the air, which then blows out heat to dry and style the hair.
The water is converted to water vapor and is carried out through the dryer vent by the air that flows through the machine.
Electrical energy is converted to heat in the heating element. It is also converted to magnetic energy in the motor, which is converted into mechanical energy (and turns the drum). If it is a gas dryer, chemical energy is turned to heat at the burner.
Electrical energy enters the hair dryer and is converted into kinrtic energy as a smallelectric motor spins a fan blade. Electrical enrgy is also converted into thermal energy in a grid of wires that heat up. The fan forces air across the hot wires , and hot air blows out of the nozzle of the hair dryer. You can hear the sound energy that comes out. In other words in is converted from Electrical energy -to- Kinetic energy and, Electrical energy -to- Thermal energy and, last but not least, Sound energy!
Electrical energy powers the heating element in a clothes dryer, which generates heat that is used to dry the clothes. The motor in the dryer is also powered by electricity to rotate the drum, aiding in the drying process. Overall, electrical energy is converted into heat and mechanical energy to dry the clothes in a dryer.