Electrical devices are built to work with the voltage in your home. All electrical devices use the same voltage, which is either somewhere around 110 V (in some regions) or somewhere around 220 V (in others).
Please note that "voltage" is not the same "power", the measure of how fast energy is used. Power (in watts) is basically the product of voltage (in volts) and current (in amperes). Different devices use the same voltage; but devices that use a lot of power (such as electric irons, or showers) use more current.
Electric shock can cause burns or your heart to stop or beat irregularly It depends upon how much voltage one comes in contact with.
1.8 voltage
around 1.62 volts
30,000V for each centimeter in length. So for a spark of 2 centimeters that implies the voltage is 60,000V
900kj
how much voltage does a monitor takes to operate
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).
In 1938 there were no curling irons that were electric. They won’t come out until the 1970’s.
switch off the unusable lights don't put to much in the refrigerator not use the electric iron for only one clothes turn off the appliances which not use.. use ...a....voltage ..regulator
Voltage pretty much means.. The work it takes to move charge from one point of the circut to anotherl.
Yes, it depends on how much voltage a person takes.
Electric shock can cause burns or your heart to stop or beat irregularly It depends upon how much voltage one comes in contact with.
takes up too much of power
3$
If the phase voltage is 230 V, then (providing you are describing a three-phase, four-wire, system), then the line voltage will be 1.732 larger -i.e. 400 V.
No...that's too much voltage, and 277v is normally three-phase power.
Since filaments of iron wool are much thinner than an iron nail, they therefore have a much higher ratio of surface area to volume, and burning takes place at the surface, so the more surface, the more easily it burns.