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They can kill you.Yes, electric currents can kill you, but only if it is very strong. Electric current can do many things. Electric current is run through wires mostly to push certain things. In a lightbulb, the current is restrained and the energy created by the current is turned into heat and light energy. In a fan, the electric current is used to turn the rotor which produces kinetic energy.Electric current is able to do tons of different things, and are used in most aspects of our daily life.AnswerThe original answer is quite wrong in suggesting that only a 'very strong' electric current can kill you! In fact a current of just 30-odd milliamperes will kill you. This is a very small current (e.g. a 60-W /230-V lamp draw a current of 260 mA!
Hydroelectric power plants generate very little electric current for the cost of building, using, and maintaining the equipment used to produce it.
The current draw in amps mulitiplied by the voltage.
10a
A ammeter will tell you how much current draw the load is drawing
Current draw and length.
It is the voltage drop from the undersized wire that is used in the extension cord. Under this condition you will find that the drill will start to become hot with the additional current that the drill is trying to draw to keep the motor turning. It could get to a point where the breaker will trip before the drill burns out.
all electric heaters draw a lot of current (voltage times current = watts [or power]) and a toaster heats bread (no it toasts Bread)
Full size drill can draw up to 20A. Depends on drill/battery/torque. You can wire inline fuse holder and step down fuse amperage until it blow. It won't be a peak but some averaged max current, see fuse characteristics.
Full size drill can draw up to 20A. Depends on drill/battery/torque. You can wire inline fuse holder and step down fuse amperage until it blow. It won't be a peak but some averaged max current, see fuse characteristics.
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with a pencil
All motors draw less current when their load reduces.
depends on the size of the coil used in the bell Current Draw Of The Bell.
This depends upon how much current they draw. Older ones tend to be less efficient and draw more. You will have to check the nameplate to see what the current draw is and add them up. Then Ohm's law and the power conversion formula will have to be used.
P = iv
4.12A. V=IR