That is difficult to answer because there is no fixed answer. As an experiment put both terminals of a 9V battery on you tongue. It will not hurt you but you will surely feel it. Now put your thumb across the terminals of that same battery. Two things should now be obvious to you: 1) that even low voltages can "hurt" you under the right conditions, and 2) voltage is not the only factor that determines how harmful.
It is not the voltage that kills it is the amperage. 1000 milliamps equals 1 amp.
Less than 1/2 milliamp no sensation
1/2 to 2 milliamps Threshold of perception
2 to 10 milliamps muscular contraction
5 to 25 milliamps painful shock (may not be able to let go)
Over 25 milliamps Could be violent muscular contraction
50 to 100 milliamps Ventricular fibrillation
over 100 paralysis of breathing.
Volts don't kill only amps kill. A lady had 2 millions volts pass through her and she was fine. When you get a shock on say the trampoline that's about i think like 10 000 volts or something.
Any amount of voltage at all if given the right path. Its technically not the voltage that matters, but the current. As little as 20 milliamps across the heart is enough to kill you.
You can use a voltage regulator IC/transistor that can take any input voltage (to a point) and spit out whatever voltage you want, depending on your application (in this case 380 volts) then be sure you build a regulator with the correct IC/transistor. Hope this helps!
To answer this question the voltage needs to be known.
This high a voltage is an industrial voltage. If you are concerned about variations in the voltage call your utility supplier to get them to check it for you. They can connect a recording volt meter to the line an it gives a print out over a 24 hour period. If that is not an option call a qualified electrical contractor and ask him to take a reading for you. A voltage of 480 volts is not a voltage that the ordinary layman should be opening panels and getting into.
The rms of 10V is 6.02V. Take the peak voltage of the sine wave and multiply it by 0.707.
It can take (almost) any form, but what comes out of your wall is close to a sine-wave.
A lot, but that doesn't mean it'll take a lot to injure your head.
You may cause an accident, injure yourself or someone else, cause damage to property or end up with a traffic violation.
Take it to your vet.
3,000 volts
because you can fight with a sword and injure someone severely very quickley and it doesn't take much to kill with it but if you try to kill someone with a pen, the person you're trying to kill has to be pretty stupid if they can't defend theirself.
It's not the voltage that kills - it's the amperes. A few millivolts can kill if the amps are high enough.
a lot
The body can't take so much high voltage causing it to just stop.
take it to someone that can reclaim it
Electricity? Plus water? Deadly. Is this really the question you wanted to ask?
The Undertaker has recently had a much lighter wrestling schedule due to his recurring knee problems.He would injure himself permanently if he was too take up a more active role within the WWE.
The human body can be electrocuted by as little as 10 milliamps (mA) of current.Remember that voltage is a measure of the pressure driving the current, whileamperage measures how much current flows through something (in this case,you). Also keep in mind that 10 mA is 1/100 of an ampere; it doesn't take thatmuch to disrupt a heartbeat. Too much voltage is whatever it takes, betweenthe two points where the circuit contacts your body, to drive 0.01 ampere ofcurrent through your heart.Another AnswerToo much voltage is whatever voltage causes its insulation to break down.