The short answer is it depends, the long answer is more complicated....
First thing to say is that it is not the volts that are fatal in an electric shock, it is the amps. To make an analogy between electricity and water being pumped through a pipe the voltage is the strength of the pump and the amps are the volume of water (or slightly less accurately the thickness of the pipe). Hence the voltage is how much the electricity is being 'pushed' and the amps are the actual 'amount' of electricity.
It is for this reason that while tazer guns deliver a shock with a power of 10,000 volts they are generally not fatal because they deliver very few amps, while home circuits have much lower voltages (110v US, 230v/240v in Europe/UK) they are capable of delivering much higher ampages and can therefore be fatal and extremely damaging to the human body. They are also capable of pushing electricity through many other substances, such as air meaning direct contact with them isn't always needed.
This said technically a shock of .1 amps can be fatal is applied directly to the heart as it will cause it to stop beating, it can also have the opposite effect and cause it to start beating again (hence defribulation). To put that in context in the UK home socket circuits are rated at 32 to 45 amps and cooker circuits are generally rated at 45amps.
The other major risk of high amps however is that when electricity passes through a substance it creates heat. The higher the amps the higher the potential heat the current will generate and the longer you are part of the circuit the closer to that potential heat you will become. So the dangers of an electric shock on the typical amps found in a home are instant cardiac arrest or deep full thickness burns and internal organ damage as the electrical current literally cooks you from the inside.
As for shocks from powerlines, well they have massive voltages (meaning they can push the electricity along way through the air) and massive amperage meaning they will burn you (cook you more actually) very very quickly leading to massive tissue damage meaning even if your heart isn't stopped or you are revived after the shock you will still probably die from the burns and organ failure.
Medications called antiparasitic drugs are used to kill parasites in the human body. These drugs target the parasites and either kill them directly or weaken them so the body's immune system can eliminate them.
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it doesn't matter how many volts pass through your body, its the amps as little as 0.1 amps can kill a human
its not the watts its the amps you can get killed by 1/2 a watt with the correct amps behind it. whereas 1,000,000 watts with no amps you wouldn't even feel... ^ The above answer is WRONG! The total Wattage is what determines what will kill you! Voltage times Amperage equals Wattage! 1 million watts is the same as 1 million volts at 1 amp, which is the same as 1 volt at 1 million amps. It is impossible to make 1 million watts with 0 amps. Anything times 0 is 0. Don't answer questions you don't know the true answer to.
Yes
the normal shock for human being is 250-300mA.
A lot, depending on the type of application and the strength of the body.
In terms of electrical current, ten milliamps is enough to send a human heart into fibrillation. Fibrillation is an irregular heart beat that can often kill a person. One milliamp is 1x10-3 Amps or 0.001 Amps
if enough is passed through the body amps can kill anyone
Yes.
if enough is passed through the body amps can kill anyone
Yes
One, rabid.
volts = watts divided by amps amps = watts divided by volts watts = amps times volts so 266,000 watts divided by 380 volts = 700 amps and I might also point out that whatever it is you are talking about is very dangerous and can kill you in less than a heartbeat. I'd be sure to talk with an electrician if I were you if you plan on going anywhere near that.