this is because copper wire offers no resistance and thus electric current passes through them without producing heat energy whereas in nichrome offers a large resistance and thus the mechanical energy of the drifting electrons changes to heat energy rapidly .
When copper carbonate is heated, it changes from its green color to black copper oxide.
When copper sulfate is heated, it decomposes to form copper oxide and sulfur dioxide gas.
When copper carbonate is heated, it decomposes into copper oxide, releasing carbon dioxide gas. The remaining ionic compound is copper oxide (CuO).
When copper sulfide is heated in the air, it is oxidized to form copper oxide (CuO) and sulfur dioxide (SO2) gas.
The black stuff that forms on copper when heated is called copper oxide. It forms as a result of the copper reacting with oxygen in the air during the heating process.
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It will get heated and start to glow.
A nichrome wire has high resistance and gets heated faster, saving electricity.
When copper is heated in oxygen, the compound formed is copper oxide.
When copper carbonate is heated, it changes from its green color to black copper oxide.
When copper sulfate is heated, it decomposes to form copper oxide and sulfur dioxide gas.
Because Copper is an excellent conductor of electricity it would take too much copper wire to make an element having sufficient resistance to fit into the small space provided in any normally-sized electric heater. For that reason heating elements must be made from metals which have a much higher electrical resistance than Copper. Special alloys of metals such as Iron, Cobalt, Nickel, Zinc and Manganese have been invented for this purpose.
When copper carbonate is heated, it decomposes into copper oxide, releasing carbon dioxide gas. The remaining ionic compound is copper oxide (CuO).
Yes, copper expands when heated.
the heated rear screen circuit has a higher resistance compared to the side light circuit
When copper sulfide is heated in the air, it is oxidized to form copper oxide (CuO) and sulfur dioxide (SO2) gas.
Absolutely