Perhaps because it uses heat to dry the clothes.
In a clothes dryer, electrical energy is transformed into mechanical energy to spin the drum and thermal energy to create heat. The thermal energy then transforms to radiant energy to dry the clothes by evaporating the water.
A clothes dryer typically emits thermal energy in the form of heat as it dries the clothes. This heat energy helps to evaporate the water from the damp clothes, resulting in them becoming dry.
Electrical energy in a clothes dryer powers the heating element, which generates heat to dry the clothes. The electrical energy is transformed into thermal energy, which heats up the air inside the dryer to evaporate moisture from the clothes, resulting in dry laundry.
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.
Mechanical energy from the spinning drum and heating element is transformed into thermal energy to dry the clothes.
In a clothes dryer, electrical energy is transformed into mechanical energy to spin the drum and thermal energy to create heat. The thermal energy then transforms to radiant energy to dry the clothes by evaporating the water.
A clothes dryer typically emits thermal energy in the form of heat as it dries the clothes. This heat energy helps to evaporate the water from the damp clothes, resulting in them becoming dry.
Electrical energy in a clothes dryer powers the heating element, which generates heat to dry the clothes. The electrical energy is transformed into thermal energy, which heats up the air inside the dryer to evaporate moisture from the clothes, resulting in dry laundry.
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.
Mechanical energy from the spinning drum and heating element is transformed into thermal energy to dry the clothes.
A dryer is an example of a machine that uses both thermal energy and mechanical energy to dry clothes. It doesn't fall into a specific category of simple machines like a lever or inclined plane.
Electrical energy is converted into thermal and kinetic energy.
A clothes dryer converts electrical energy into heat energy to dry wet clothes.
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.
A dryer produces thermal energy transformation, converting electrical energy into heat to dry clothes by increasing their temperature and aiding in the evaporation of water.
A hair dryer converts electrical energy into thermal energy. The electric current flowing through the hair dryer's heating element causes it to heat up, transferring thermal energy to the surrounding air which dries the hair.
In a clothes dryer, electrical energy is transformed into heat energy. The heated air inside the dryer helps evaporate the water from the wet clothes, drying them in the process.