Copper is a very good conductor of heat.
Instead of what? Aluminium is used in electricity transmission cables because the slight sacrifice in conductivity is more than made up in its ability to support itself; you can always add more of something to lower resistance, but if it is too weak, it is too weak. Copper is used in the wiring for just about everything else, from home circuits to vehicle electricals.
Copper Sulphate usually is found in a hydrated form (i.e., water molecules are incorporated into the crystals.) Pure copper sulphate is a pale, greenish gray color. The familiar blue color only occurs in hydrates of copper sulphate (i.e., in crystals that incorporate H20 molecules). Heating the blue crystals can drive off the water. It's still called copper sulphate after you do that. For substances like copper sulphate that naturally attract water, the adjective, anhydrous often is used to describe the pure (water free) state. If you heat copper sulphate to a temperature of 650C, it will decompose into something else. http://en.wikipedia.org/wiki/Copper_sulphate
Copper can be combined with other elements to form alloys. Copper is melted down and additional elements are added in a desired ratio. For example zinc can be added to copper to form brass alloy. If tin is added to copper you make bronze. The trick is to heat the copper to a point where another element can be absorbed into the copper. Depending on the material you are trying to mix with the copper it will be brought in at the atomic level (like salt in water) or will form something like a suspension (muddy water)If you want me to get more descriptive on how the thermal chemistry works and what happens in the crystalline structure feel free to say so. Tried to keep it simple. Hope this helps
The surface of the copper on the pennies are most likely cleaned, because vinegar is too weak of an acid to do anything else. If you were to put a scratched penny into hydrochloric acid would be a different story. The inside zinc of a post 1982 penny would react with the chlorine in the hydrochloric acid and change to an aqueous state, leaving behind the copper plating. So if you want an answer based on vinegar : nothing besides the penny getting its surface cleaned.
no i don't think so i mean if you put a large bulk of it in water it will take a lot of time for it so dissolve but in small amounts and in small particles like powder it might be soluble, if you want to dissolve it try heating it up gently and with someone else who knows what they are doing... sciencefreak
Electricity. Plus, it doesn't corrode.
Electricity , or in this case we refer to charge, is always trying to move from conductor to conductor. Whenever it stays still and the charge can't go on to anything else it is called static electricity. This is how it normally acts.
Yes, of course. Apart from anything else the fences were electrified.
NO! Like all metals, aluminum is a conductor, not an insulator.A2: Most metals conduct electricity well. Silicon and Germanium don't. Aluminum is pretty good, but not as good as copper. When aluminum oxidizes, though, it forms bauxite (Al 2O 3) . This is a very hard, non-conductive coating. Aluminum wiring develops poor connections, causing heat, and fires. It must therefore have some antioxidant gel placed on all connections, or be copper plated, by the new underwriter's rules.
A condactor is likely a misspelling or misinterpretation of "conductor." In electrical terms, a conductor is a material that allows the flow of electric current, typically metals like copper and aluminum. Conductors are essential in electrical circuits, as they enable the transmission of electricity from one point to another. If you meant something else by "condactor," please provide more context.
In general, metal or anything else that conducts heat or electricity well is a bad insulator.
It isn't. In terms of volume, silver is best, followed by copper, then aluminum. Aluminum is 2X better conductivity by weight than anything else. Brass is an alloy of copper and zinc, and their proportions can be varied to create different brasses. So if you wanted to make brass highly electrically conductive, you would add a lot of copper and silver to it. There is a common brass known as "electrical brass" that is commonly used for electrical conductor parts, and it's chief virtues are that it can be worked easily and is not expensive.
Pure water, consisting of only h2o molecules is a very weak, if at all, conductor of electricity. However, if it is not purified, or if there is something else in it, like say, your hand, it becomes highly conductive.
Copper is an excellent conductor that is reasonably inexpensive, it is also malleable and its oxide is a conductor. Aluminum has also been used as it has most of the properties of copper, except that its oxide is an insulator which causes the resistance of connections to rise over time and presents a fire hazard. Some countries (e.g. the United States) ban the use of aluminum electrical wiring for this reason. Silver is a much better conductor than copper, but its much too expensive to use. Those are the main choices for building electrical wiring, everything else is either not a very good conductor or is much much too expensive.
Apart from conducting an orchestra or a choir at a concert, the conductor helps them to rehearse the music several times before the concert to help everyone to understand the music and how to play - and sing it - it as well as possible, so that it sounds great for the audience at the concert.
Rubbing against non-conductive materials like certain clothes or walking on carpets can build up static electricity on your body. When you touch a conductor (like a metal object), the excess electrons can jump from your body to the conductor, creating a shock or spark. Discharging the static electricity by touching a conductor can help prevent these shocks.
Yes. Copper is an excellent conductor of heat. It is the second most heat conductive of all elemental metals, behind silver. Note that carbon in its diamond allotrope is far better at conducting heat than any metal - or anything else known. Copper is a superb metallic heat conductor. That's why you see it on the bottom of some cooking utensiles, or advertised as being clad between thin layers of stainless steel on the heating surfaces of pots and pans.