Look up in wire tables the resistance per ft for #6 wire (in ohms). Multiply by the total length of wire, 1500 ft because the current has to go through both wires. The answer is the total resistance of the cable. Then multiply by the current, 65 amps, and that's the volt-drop.
In this example the total resistance is 0.59 ohms and the volt drop is 38.5 v. This cable can carry 65 amps but at this length the volt drop may be excessive and that is a reason for using a thicker conductor.
Water on hands could conduct electricity into your body if there is short circuit in the electrical device.
An open circuit.
yes
Conductivity
Biological materials, such as this one, will usually conduct electricity due to ions in the liquid. Since an ion has an electrical charge, and is relatively free to move around, it can conduct an electrical current.
Metal
"Electrical circuit". "Electrical" meaning "electricity". "Circuit" meaning "around from the start back to the starting place". If any of the materials in that circuit path are not conductors, there is no circuit. The electricity only goes that far and stops. So all materials in the circuit must be able to conduct electricity.
Water on hands could conduct electricity into your body if there is short circuit in the electrical device.
It is made of a semiconductor that doesn't conduct electricity as well as the rest of the circuit. It dissiapates some of the electrical energy as the current flows through it.
Pure water by itself is not much of an electrical conductor. You can increase the ability of water to conduct electricity by adding a substance such as a salt that dissolves in water, separating into positive and negative ions. The ions in the water are able to conduct/transfer electrons maintaining an electrical circuit through the water.
Removing any bulb breaks the continuity of a series circuit, stopping the flow of electrical current. Removing a bulb in a parallel circuit does not interrupt the current flow, so the remaining lights continue to conduct electrical current.
No, distiled water will not conduct electricity.
When referring to electrical conductance, it is used in the application of electricity to equipment. Electrical conductance measures the equipment's ability to conduct electrical charge. A practical application would be to decrease the resistance in an electrical circuit so that the conductance is higher and electricity flows more smoothly.
An open circuit.
No material exists that doesn't conduct electrical charges at all. We call materials that conduct electrical charges poorly insulators; a material that didn't conduct electricity at all would be a perfect insulator.
The substances that do not conduct electricity are called electrical insulators while those which conduct electricity are called conductors.
metal