The voltage does not matter for that calculation but you take the 1200 W and that is the power. All the time the iron is running it takes 1200 W - except when the thermostat (temperature controller) turns it off. Usually that happens when the red light on the iron goes out, if it has one.
Multiply the power of 1.2 kilowatts by the time in hours that it is actually drawing power from the supply, and the answer is the energy in kilowatt-hours (also known as Units).
An electric flat iron is a type of clothes iron that runs on electricity. The first electric flat iron was invented by Henry W. Seely.
Electricity having AC current.
To determine the number of watts of electric energy consumed by electric iron, we need to multiply the volts and the ampere used by that particular electric iron, so the product of those two is the watts used by the electric iron.
electric iron
Alternating current flows through a flat iron.
Electricity can pass through iron because iron is a good conductor of electricity. When a voltage is applied across iron, the electrons in the iron are easily able to move and carry the electric current along. This is due to the metallic bonding in iron, which allows electrons to move freely.
Steel & Iron conduct electricity, but have high resistance. They make good heating elements.
No, iron is a conductor of electricity and not an insulator. Electric current can flow easily through iron, which is why it is commonly used in making electrical circuits and components.
electricity iron alloys
electricity iron alloys
No, rust is not a good conductor of electricity because it is an insulator. Rust is a form of iron oxide that hinders the flow of electric current.
To calculate current flow, use the formula: Current (I) = Power (P) / Voltage (V). Substituting the given values, the current flowing through the electric iron would be I = 1200W / 240V = 5A.