Electrical energy is converted into thermal and mechanical energy
A hair dryer gives out thermal energy in the form of heat, which is used to dry and style hair by evaporating water from the hair strands.
In a hair dryer, electrical energy is transformed into heat energy. The electricity flows through a resistor or coil inside the hair dryer, which generates heat due to resistance, and this heat is then used to dry and style the hair.
Electrical energy in a hair dryer is transformed into heat energy, which is used to dry and style hair by evaporation of water. The heating element within the hair dryer converts the electrical energy into thermal energy, which is then transferred to the air blown out of the dryer.
yes a hair dryer is a non renewable energy because a hair dryer uses a lot of energy for example electrical energy - goes into a hair dryer - what comes out - sound , heat,kinetic energy
A 1500 watt hair dryer used for 10 minutes would consume 0.25 kWh of energy.
Mechanical energy from the fan motor is converted into thermal energy (heat) by the heating element in the hair dryer.
Electrical energy is transformed into heat and mechanical energy in a hair dryer. The electrical energy powers a heating element, which generates heat to dry and style hair. The mechanical energy is used to power the fan that blows the heated air.
a hair dryer is basically used to dry wet and damp hair!
To dry wet hair...(Hint: HAIR DRYER)
Ionic hair dryers are considered the most energy efficient as they dry hair faster, which reduces the amount of time the hair dryer needs to be used. Look for models with adjustable heat and speed settings to further optimize energy consumption.
The useful energy in a hair dryer is the electrical energy that is converted into heat energy to dry and style hair. The wasted energy in a hair dryer is the energy lost to friction and air resistance, as well as any energy that is not effectively transferred to the hair. This wasted energy may manifest as noise, heat loss to the surrounding environment, or inefficiencies in the motor and heating elements.
Electricity is changed to heat in the heating element and motion in the blower motor