When you have a fault you have a smaller flow of amps.
But calling it safer is misleading. It is my understanding that 110v kills more people every year than any other voltage because of people doing electrical work in their homes.
Your body has a much higher resistance than a component like a light bulb, that's why you can touch a 12v supply but if you touch a 230v supply you'll get a nasty shock.
Electric current of 1 milliamp is barely noticeable. Current of 100 milliamps can be fatal, if it passes through the chest. The resistance of dry human skin can vary between 10,000 and 100,000 ohms. 12 volts can only push 1.2 mA through 10,000 ohms--that's completely harmless. 230 volts can push 23 mA through 10,000 ohms--that will hurt.
If the skin is broken or wet, the resistance of the skin can drop to 1,000 ohms. Under that condition, 12 volts can push 12 mA of current, which might be uncomfortable, but 230 volts can push 230 mA of current through the body, which could easily be deadly.
It would kill you at least harm your lungs and heart.
static electricity Static Electricity
If you touch one side and nothing else there is no path for a current to flow, therefore no shock. Don't try this with a supply of 50 v or more.
Because u can get electricuted
Tap water and generally water (except specially proccessed water) can transmit electric current when the voltage is high enough. And the mains voltage (110 V for USA, 230 V for Europe) is more than high enough.
dont touch with wety hand,dont use loose boards of electricity and also be used when reparing any cable also used gloves of electricity.
you should use an ESD mat in conjunction with an ESD strap touch the metal case of the power supply that is plugged into a properly grounded outlet
1. Mother said "do not touch the electricity, donna". = mother asked donna to dont touch the electricity.
that u can touch urself with it
Batteries range in output voltage from 1.2 volts for an AA rechargeable, to 12 volts for a car battery. There may be other voltages, for special purpose applications. Batteries supply DC (direct current), meaning that the current will only flow in one direction.What is considered "mains" electricity (from a plug or receptacle in the wall) is alternating current (the current is oscillating between flowing one direction, then the opposite direction then back and repeats). It oscillates at 50 or 60 times per second, depending on what country you live in. Also the voltage is between 100 volts and 250 volts, depending on the country, as well. These features enable the voltage to be changed up or down rather easily with transformer, and allow the electricity to be transmitted over long distances.But the alternating current and higher voltages also make your mains electricity much more dangerous to touch than a battery. A person's skin has pretty good resistance to electric flow, especially direct current. But with alternating current, if you touch a wire, charges can actually form under the skin and start flowing through your body, because your skin acts as a capacitor. Then, the oscillating current back and forth through your organs is much more damaging, possibly causing your heart to stop pumping.
Electricity (Electric City)
Just touch a faucet in your house.
it is because it may be very hot and your hand may burnt badly. you can also get an electric shock
You can see it in certain applications and physical phenomena.But you're always advised not to touch it.
If you are not ABSOLUTLY sure - Don't touch it!
in a time machine you have special gears and electricity. when the gears and the electricity touch it causes you to go to the future or the past.
static electricity Static Electricity
The gold is a good conductor of electricity