elements
Cu- copper Fe- iron Pb- lead Mg- magnesium Al- aluminum O- oxygen N- nitrogen H- hydrogen
Among Cu Pb Fe Ag Al Mg Zn it is magnesium will corrode more because it is more reactive than the metals listed.
All are metals.
Cu 2 +
Iron nitrate and copper. Fe + Cu(NO3)2 -> Fe(NO3)2 + Cu
Cu
Metals like Al, Fe, Cu
Cu- copper Fe- iron Pb- lead Mg- magnesium Al- aluminum O- oxygen N- nitrogen H- hydrogen
Among Cu Pb Fe Ag Al Mg Zn it is magnesium will corrode more because it is more reactive than the metals listed.
Some examples are: Mn, Fe, Co, Ni, Cu. .
All are metals.
Examples: - Sr, Li as carbonates - Na, Cs, K, Rb as nitrates - Ca, Ba, Cu as chlorides - powdered metals as Ti, Al, Be, Mg, Fe etc.
Fe + Cu(NO3)2 --> Fe(No3)2 + Cu
Abundant where? I assume this regarding the earth's crust. http://upload.wikimedia.org/wikipedia/en/5/56/Relative_abundance_of_elements.png Al and Fe are pretty similar, Al being slightly more abundant. Ti is slightly less abundant still and Cu is markedly the least abundant. That said, abundancy doesn't necessarily dictate how easily isolated an element is.
1. Iron (Fe) 2. Copper (Cu) 3. Aluminum (Al) 4. Tin (Sn)
copper (Cu)
Examples: Si, O, Al, Ca, Fe etc.