It's basically the same as the glow wires in a toaster, or the filament in an incandescent light bulb. When a current is passed through the element, the resistance makes the element heat up.
Another AnswerWhen an electric current passes through the heating element, it does work on the heating element, water, and the kettle itself. This causes the internal energy of the element, water, and kettle to rise, and this is accompanied by an increase in temperature. When the temperature exceeds that of the surroundings, some energy is lost to the surroundings through heat transfer. The equation that describes this is:
W - Q = [m c (T2 - T1)]water +[m c (T2 - T1)]kettle
Where:
W = work done (joules)
Q = heat transfer (joules)
m = mass (kilograms)
c = specific heat capacity (joules per kilogram kelvin)
T2 = final temperature (kelvin)
T1 = initial temperature (kelvin)
stainless steal rod which is located at the bottom of the kettle in all different shapes and sizes
When you put the switch on, the electricity goes thought the wires heating the melt prongs, which heats the kettle and the water. When you put the switch on, the electricity goes thought the wires heating the melt prongs, which heats the kettle and the water.
Time(temperature)
No
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buwisit
a kettle is made out of metal
no. it means that the kettle can be unplugged from the electricity source. the heating source is in touch with water, as it is located inside the kettle :)
The wire in the cord has much lower resistance than the heating element. The heating element is a resistive or resistance heating element. Resistance in the quality of a substance or material that causes it to limit current flow, and it get heated up in the process. The heating element has all but the smallest fraction of the resistance in the circuit, so the heat, that thermal energy that get the water hot, is generated by the resistance of the heating element.
An electric element is a metal part inside a kettle that makes the wate get hot
someone pls say the answer to this cuz i need it ;-;
When you put the switch on, the electricity goes thought the wires heating the melt prongs, which heats the kettle and the water. When you put the switch on, the electricity goes thought the wires heating the melt prongs, which heats the kettle and the water.
it won't get as hot
The kettle will be less efficient because it won't be benefitting from the effects of convection currents. It will use considerably more energy.
The wire in the cord has much lower resistance than the heating element. The heating element is a resistive or resistance heating element. Resistance in the quality of a substance or material that causes it to limit current flow, and it get heated up in the process. The heating element has all but the smallest fraction of the resistance in the circuit, so the heat, that thermal energy that get the water hot, is generated by the resistance of the heating element.
No. Potassium metal is to reactive and expensive for everyday use.
metal kettle
It is around the metal glue tube.