Yes. Providing you maintain double insulation by means of heat shrink, a junction box etc.
It can be used to mold wires together
You could solder them together and then tape securely with electrical tape.
Solder the wires together and use heat shrink to insulate the soldered connection. You can buy heat shrink at any auto parts store or hobby store.
On an electrical schematic it designates that the wires are all connected together. It is called a connection point.
This is not possible. You must replace the diode.
One old trick to solder two wires is to twist them together and twist some solder round them as well, wrap them in foil and apply a lighted match.
what wires are they? If they are just regular wires like for lights or something, the best method is to solder them back together with rosin core solder and cover them with heat shrink tubing what wires are they? If they are just regular wires like for lights or something, the best method is to solder them back together with rosin core solder and cover them with heat shrink tubing
Yes. You can twist them together and wire nut them, or solder them together.
You can solder them after using a western splice connection. You can use a mechanical butt splice and you can connect the wires together with a wire nut after twisting the wires together. All you have to remember is that the insulation of the splice has to be equal to the wire insulation or greater.
Because it melts easily and is good in a solder mixture to hold wires together.
It can be used to mold wires together
cut the wires and the new solenoid will have the part to solder the cut wires together
You could solder them together and then tape securely with electrical tape.
Solder the wires together and use heat shrink to insulate the soldered connection. You can buy heat shrink at any auto parts store or hobby store.
Soldering is a way of joining one component to another component. Components on a printed circuit board are held in place with solder. Solder being a conductive compound lends itself very nicely in the electrical and electronic industries.
In the related links box below, I posted Building A 250,000 Volt Tesla Coil.
with solder