Question

who many electric volt endure human body,, tell me please this question answered,, ​

Answer 1

$\large\red{\underline{{\boxed{\textbf{Brainliest\:Answer}}}}}$

$\rule{200}{2}$

${\bold{\underline{\underline{ Answer \: is \: 70 \:Trillion\: :}}}}$

The body's total voltage from 70 Trillion Volts down to a more accurate value of 3.5 trillion volts!

$\rule{200}{2}$

$\boxed{\bold{\red{Keep\: Asking\: - \: Be \: Brainly}}}$

Answer 2

Explanation:

The human body has a fairly high resistance, but not as high as one might think. To get current to flow requires a power source with a voltage that is fairly high, because we’re forcing the current through a lot of resistance.

The current passing through your body will be generating a lot of heat, enough to burn your insides. It will also mess with your nervous system, limiting your ability to control your muscles. The amount of current that can kill is rather low, at around 100mA+. The resistance of the human body is roughly between 1k to 100k. In the chart you can see the voltage required to get the corresponding current levels to pass through a human body at either side of the spectrum.

we see that a deadly amount of current will pass at between 100 V and 10 kV at 100–300 mA, which would require a power supply that is not only at a voltage of 100 V–10 kV, but is also capable of supplying power between 10 W and 1 kW (1,000W). If the power supply satisfies both conditions, you will be in danger. If it has a rated power of <10 W, you’ll never be at risk, because either the voltage will drop or the current will simply be too low to cause death. Assuming you fit in the 100 mA part of the current survival threshold, anyway.

“It’s not the voltage that kills you, it’s the amps!” with “Death by electrocution requires a high voltage power supply that has a rated power which allows for 100 mA or more of current to flow under load.”