A lot. Especially if you're making it go through air. Air is very resistant to electricity and it takes several hundred just to jump a centimeter.
Just a little over 3,000 volts
No
No. Disconnect switch ratings represent the maximum voltage that can be properly interrupted by the switch. As the blade opens, an arc will occur across the opening blades, and the switch is designed break the arc at a particular distance, or air gap. Higher voltage can retain the arc for a longer distance, and so the arc may not be properly interrupted. At 480 volts, this can result in a dangerous electrical hazard known as "arc flash", which could result in burns or injury.
Redeoubt volcano is part of a volcanic arc that is partially an island arc and partially a continental arc.
There are different arc lengths for different types and size breakers. The length of the arc is governed by the physical distance of the contact openings and the efficiency of the arc chutes to extinguish the arc.
Just a little over 3,000 volts
My understanding is that it takes about 20,000 volts to arc between the two parts of the spark plug and most automotive coil put out 20,000-50,000 volts.
If you are talking about 12 volts dc, then NO, there is not enough voltage to shock you. Actually, it would take about 40 or more volts to start to get a shock. Of course, standing in water would make the voltages less. Even standing in water, 12 volts is not enough to shock you.
This varies a lot with the conditions and can be between 10,000V to 30,000V per inch of air gap: Are the electrodes pointed? If yes, then on the low end of the range. The voltage increases with air pressure. Humidity and particulate matter also affect the voltage required to strike an arc.
can, car, van, arc, ran
it took 400.5 people to build the Arc de Triomphe
How do you make a simple plazma arc using tungsten wire.
Arch,Arm,Harm,Charm,Arc.
60
An arc
there are 25 bones in the foot and 10 of them make up the arc of the foot
How did Joan of Arc do what? You need to make your question a bit more specific.