Yes.
all metals are metallic bonding. use any one of them all metals are metallic bonding. use any one of them
Visually inspect the wire at the short contact point. If there is no copper loss and the wire was not reduced (big crater hole) where the contact was made you are OK. If there was copper loss then cut the wire back to where the conductor is good and reconnect the dryer. There should be no damage to the dryer if it was not turned on. The breaker tripping was doing its job of protecting the wire from the over current.
No, copper wire is not a mixture; it is a pure substance made primarily of copper metal. Copper has distinct physical and chemical properties, and when drawn into wire, it retains its metallic characteristics. Any impurities present in the wire would be minimal and would not classify it as a mixture.
It can't be just any metal - it has to be iron. If you wrap a copper wire around iron, and the copper wire is attached to an electricity source, you can create an electromagnet.
In any NEC code book
A nichrome wire has more resistance than a copper wire. This is because nichrome is made of a nickel-chromium alloy that has higher resistivity compared to copper, which allows it to impede the flow of electricity more effectively.
Conductivity: Copper wire is an excellent conductor of electricity. Ductility: Copper wire can be easily drawn into thin strands without breaking. Corrosion resistance: Copper wire is resistant to corrosion, which makes it a durable material for various applications. Malleability: Copper wire can be easily shaped and molded into different forms.
No, number one copper is used in buss bars. "Number one copper" is a term I am familiar with from recycling copper. It does indeed include buss bars, but also includes any solid wire whose insulation has been removed, or large gauge wire with large strands (as opposed to small gauge stranded wire) whose insulation has been removed. -- Sparkfighter
No, copper wire is not soluble in water or any other common solvents because it is a metallic substance. Solubility typically refers to the ability of a substance to dissolve in a liquid, and metals like copper do not dissolve in this way.
A copper wire by itself won't generate any electricity at all. You'll need to have a length or a loop of it moving through/surronded by a magnetic field before you can get a voltage out of it.
If you meant to ask, "Is stretching copper into wire a physical or chemical change", it's a physical change.
Copper strips are used in a meter bridge wire due to their excellent conductivity, which allows for accurate measurement of resistance in the wire. The low resistance of copper helps minimize any potential measurement errors caused by the resistance of the connecting wires.