When cable reference is made about voltage it is the cables insulation factor that comes into play. Cables in North America have common voltage ratings of 300, 600 and 1000 volts. A cable capable of handling 240 volts will have a rating of 300 volts. The ratings of each specific cable is printed on the cable's outer jacket.
An electric eel is capable of generating about 500 volts. ~ See related link below .
The electric eel frequently emits low voltage pulses for navigational purposes and to communicate. When using it in defense or when hunting they are capable of shocks of up to 600v.
Electric current is measured in amps not voltsElectric voltage is measured in volts.
The force of an electric current is measured in volts.
By electric volts
Electric pressure is called voltage, denoted by the unit volts (V).
Higher voltages allow for lower currents; electric power is measured in watts, which are calculated by volts multiplied by amps. The higher the voltage, the lower the amperage. This is important as a higher amperage requires a thicker cable; compare the cable on a car battery (12 volts at say, 50 amps, equalling 600 watts) to that on a vacuum cleaner (120 volts at 10 amps, or 1200 watts). The vacuum uses more power, but that power is transmitted through thinner wires, because the voltage is higher. It is the same with long-distance power transmission. Thinner wires are less expensive (they are made of aluminum braided over a steel cable for strength) and also weigh less, allowing the poles/pylons to be of lower strength. Also the losses would be reduced in high voltage transmission.
2 volts
25,000 volts
No, electric current is actually measured in amperes (amps), not volts. Volts measure the difference in electric potential between two points, while amperes measure the flow rate of electric current.
That is not a true statement
14 volts