The voltage output of a cattle prod is typically around 4,500 to 5,000 volts although it can be much lower and much higher. Tasers typically have a voltage around 50,000 volts but once skin contact is made the voltage drops to around 1,200 volts. The power of cattle prods and tasers is more dependent on the amps delivered than the actual voltage.
0.016 volt
1st Answer by ID1041279033THE CORRECT ANSWER IS the 2nd answer.Of course! Only 150 volts can kill you, and high voltage is over 1000 volts. Very few dies of so little, but it have happened with only 150 volts. And 1100 volts means danger of death.A current of 6mA across the heart will cause it to fibrillate. The voltage it takes to do that can be very low depending on where you are shocked and how you are grounded. If you are holding a conductor in your left hand and have your wet right foot on a ground conductor...The minimum voltage it takes to kill you is roughly .006 x resistance to ground (in Ohms). Experimenting with this would be a VERY bad idea.2nd Answer by ME plz recommend contributionThe correct answer is IT MAY AND IT MAY NOT. 1100 volts wont kill you unless the current is high. voltage X current = power(watt) an average light bulb operates on about 50-70 watts. So if the current is 0.000000001 amps, and 1100 volts you wont feel a thing. But on the other hand, 1 volt and 10,000 amps will fry your body instantly. So it all depends on the current. The actual voltage going through your skin is Voltage divided by resistance. Your skin's resistance is 100,000 OHMS so yeah you wont feel a thing if the voltage is too low. Also if it is AC(alternative current) it will do more damage to your body. If it is DC(direct current), then it does less. You can also go on youtube and search up 1 million volt tasers. they taze themselves and it will just sting a lot because that their tasers give off little current.
A three phase panel will not give you 110 and 220 volts. A three phase four wire panel will, but not at these voltages. The nearest voltages will be 120 and 208 volts. The 120 volt is the wye voltage of 208 volts. 208/1.73 = 120 volts. A single phase three wire panel will give you 110 and 220 volts.
4 volts = 4,000 mV.
neither...it should have 14.63 volts
If the skin is dry it will offer more resistance. The resistance of the human body ranges from about 100 ohms if the body is soaked with salt water to about 5000,000 ohms if the skin is very dry. If we touch the two electrodes of a battery with dry fingers, completing the circuit from one hand to the other, we can expect to offer a resistance of a bout 100,000 ohms. We usually cannot feel 12 volts if we do this, though a 24 volts just barely tingles. If our skin is moist, however, 24 volts can be quite uncomfortable.
A static discharge typically needs to be around 3,000 volts for a human to feel it. The exact voltage threshold can vary depending on factors such as humidity, skin moisture, and individual sensitivity.
Around 30 volts is typically required to penetrate human skin. However, this can vary depending on factors such as skin dryness, thickness, and contact area. It is important to always prioritize safety when dealing with electricity to avoid any potential harm.
3,000 volts
In This Skin was created on 2003-08-19.
Untreated shock would make the skin feel cold and clammy.
A base can feel smooth and creamy on the skin, providing a hydrating and protective barrier. It may also feel slightly cooling upon application, helping to soothe and calm the skin.
It's dry - having a similar feel to leather.
It takes a potential of about 20,000 volts to see of feel. The human body can accumulate a potential of about 25,000 volts or more.
It could be a problem when the laptop asks for 4.74 amps and the adaptor can't do that without heating up too much.
Toad skin feel bumpy and moist.