Corrosion resistance and electrical conductivity. and its metal
Copper looks brown and leaves a signifigant odor on your hand when held too long.
Tolytriazole is used as a corrosion inhibitor for copper. is this what you are asking?
i have no clue at all im trying to figure it out too all i know is u can distiguish hematite from copper tst its characteristics streak hardness and clevage
Chemical formulas or symbols do not vary with the phase of a material. Therefore, the chemical symbol* for copper is always Cu, whether the metal is solid, liquid, or gas. _________________________ *Chemical elements such as copper have symbols, rather than formulas, which are characteristics of chemical compounds.
CuSO4 copper sulfateCuSO3 copper sulfiteCuS copper sulfideCuSO unknown, rather impossible copper-sulfur compound
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Copper looks brown and leaves a signifigant odor on your hand when held too long.
NONE copper is an element and contains only copper - alloys (mixtures of copper combined with other metals) such as brass (copper and zinc) and bronze (copper and tin) both look different and cause the alloys of copper to have different characteristics
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Tolytriazole is used as a corrosion inhibitor for copper. is this what you are asking?
RJ-11 and RJ-45
Even though gold and copper are in the same family, copper is much more reactive than gold. This is why Copper rusts more than gold, and why there are so many copper compounds (IE copper silicate...). Copper is higher in the family, giving it these characteristics.
Copper Sulfide is a wholly different chemical from copper and sulfur, and thus shows different characteristics and is not dividable by physical means, while a mixture of copper and sulfur powder is just a physical mix.
Copper is used in the alternator and wiring because it is a good conductor of electricity. Copper is used in the radiator because it is a good conductor of heat. Copper alloys are used in some bearings because of the wear characteristics (not too hard, not too soft).
There are two ions formed by copper. In copper(I) ion, the 3d orbital is fully filled, and show no transitional behaviour. Whereas copper(II) ion shows transitional characteristics as it has unfilled 3d orbitals. Therefore, copper is a transitional element.
Copper. The wire is made of elemntal copper not a chemical compound. (Note the copper used may sometimes be alloyed with another metal or occasionally be a solid solution of small amounts of oxide in the pure metal. This improves the durability and handling characteristics of the wire.)
Copper is used for lots of reasons - strength, low resistitivy, good heat characteristics, etc. Transformers with aluminum windings don't stand up as well to through faults as transformers with copper windings.