fiorst it depends on the measure of current value, which can be defined as the
amplitude or "quantity by meaurement ,
a burn to the body / skin can result .
also the effect of elctric current travelling throuh yr body would likely cause your heart to fail and stop working .
the current flow will look for the least pasth of resistance
and it may result in throwing you backwards
.
the amount of current flowing thro a body of any sort will depend on 1 the supply voltage present , 2 the amount of resistance eveident
..
the prescenec of water or moisture on surface/ hands for example will reduce the resistance t a lower than normal value and allow a current t start flowing .
..
if a large value of voltage charge is present , then a high value of discharge voltage will be released from the supply to a body and cause extreme damage t a device or piece of equipment if it is not designed for that .
or will cause a seveerre burn to the skin of a person on body where the cureent enters , and this will also have a extreme painfull, harmfull effect , putting you into hospital
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!
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!
Yes, an electric current is the flow of charged particles.
DC current
The opposite of an electric current is the absence of an electric current, meaning no flow of electric charge through a conductor.
Electric current carries electric charge. Actually to say it in the right sense, we have to say that electric current is the rate of flow of electric charges
A current.
The flow of electric charges is current.
ampere
It is called an electric current.
Voltage causes current to flow in an electric circuit.
The electric current is given by: I = V/R