Because rubber does not conduct electricity
I had same problem, it ended up being a broken wire that runs between the door and the body of the car inside a rubber cover. Easy fix too, remove the rubber sleeve, cut the wire, strip the ends of the two wires and use a butt connector to rejoin them.
It is not 'insoluted wire'. That one in named as ' insulated wire' Usually metallic wire carries the current. Just to avoid electric shock it is to be covered by insulators such as rubber or plastic. Some times we use nickel coating which also serves the purpose of insulation.
No not suppose to use them together.
The best wire to use for an electric fence is typically high-tensile steel wire. It is durable, conductive, and can withstand tension without breaking.
copper plated aluminum wire
Yes, but you have to do it correctly. You should use 10 AWG wire. The splice should be in an approved electric box using the right size wire nuts. You secure and protect the extended wire and you should not "bury" the splice box in the wall, but cover it with an approved cover made for the purpose. If it is a surface mount box, cover it with a blank metal cover.
cos rubber is an insulator and will protect you
The main use of lead wire is as connection to an electric pole of an electronics component.
To splice electric wire for underwater use, first, ensure the wires are clean and free of insulation by stripping about an inch of the wire ends. Twist the exposed wire strands together securely and use a waterproof connector, such as a heat-shrink butt connector, to cover the splice. Apply heat to the connector to create a watertight seal, and then use electrical tape for additional protection. Finally, encase the splice in a waterproof enclosure or conduit for added durability against water exposure.
To determine the electric field in a wire, one can use the formula E V/d, where E is the electric field strength, V is the voltage across the wire, and d is the distance along the wire. This formula helps calculate the force experienced by a charge in the wire due to the electric field.
For an electric range, it is recommended to use a 6-gauge wire to ensure safe and efficient operation.
For an electric stove, it is recommended to use a 6-gauge wire to ensure safe and efficient operation.